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Cập nhật Liquidity Wave Index
Liquidity Wave Index is a momentum, pressure and divergence oscillator designed to combine three related forms of market information in one pane:
* OHLCV-based directional pressure
* An adaptive market-cycle oscillator
* Price-versus-oscillator divergence
The purpose of combining these components is to separate directional pressure from cycle timing. The Liquidity Pressure histogram shows whether candle structure and reported volume are contributing more positively or negatively, while the Cycle Engine measures normalized price displacement and momentum rotation. Divergence analysis then compares confirmed price swings with confirmed oscillator swings to identify disagreement between price structure and momentum.
The components can be used independently or combined through optional confirmation filters.
LIQUIDITY PRESSURE
Liquidity Pressure is an OHLCV-derived analytical measure.
For each candle, directional pressure begins with the candle body relative to the full candle range:
(close - open) / (high - low)
This value is multiplied by reported volume, smoothed with an EMA, and then normalized by smoothed volume.
The Scale input changes the displayed magnitude without changing the underlying directional relationship.
Positive values indicate that the recent combination of candle direction, candle range and reported volume is weighted toward positive pressure.
Negative values indicate the opposite.
This is not true bid/ask delta, order-book data or exchange trade-direction data. It is an OHLCV-based approximation derived from chart data, and volume characteristics may differ between symbols, exchanges and data providers.
ADAPTIVE CYCLE ENGINE
The Cycle Engine is based on an adaptive WaveTrend-style framework.
The selected price source, HLC3 by default, is compared with an adaptive EMA baseline. Price displacement from that baseline is normalized using an adaptively smoothed measure of absolute deviation.
The resulting normalized oscillator is then adaptively smoothed into:
Cycle Line
Signal Line
The adaptive smoothing rate changes according to recent price movement rather than remaining completely fixed.
Additional EMA smoothing is applied through the Ribbon Smooth setting.
The ribbon between the two lines visually represents the current relationship between the Cycle Line and Signal Line.
BULL AND BEAR SIGNALS
A Bull signal occurs when the Cycle Line crosses above the Signal Line.
A Bear signal occurs when the Cycle Line crosses below the Signal Line.
Signals are only accepted on confirmed bars. A crossover that appears temporarily while the current candle is still forming will therefore not become a confirmed signal unless the crossover remains present when the candle closes.
The Threshold Filter and Liquidity Pressure Confirmation settings can optionally make these signals more selective.
THRESHOLD FILTER
With the Threshold Filter enabled:
Bull signals require the Cycle Line to be below the negative threshold when the bullish cross occurs.
Bear signals require the Cycle Line to be above the positive threshold when the bearish cross occurs.
The threshold does not represent probability, expected performance or a statistically defined overbought/oversold level. It is a user-controlled signal filter.
LIQUIDITY PRESSURE CONFIRMATION
Liquidity Pressure Confirmation optionally connects the pressure module directly to the Bull and Bear Cycle signals.
Three modes are available:
Off
Liquidity Pressure does not affect Bull or Bear signals.
This is the default setting.
Same Direction
A Bull Cycle cross is only accepted when Liquidity Pressure is above zero.
A Bear Cycle cross is only accepted when Liquidity Pressure is below zero.
This mode requires pressure to agree with the direction of the Cycle signal.
Zero Cross
A Bull Cycle cross is only accepted when Liquidity Pressure crosses above zero on the same confirmed candle.
A Bear Cycle cross is only accepted when Liquidity Pressure crosses below zero on the same confirmed candle.
This is the most restrictive mode because both the Cycle cross and Liquidity Pressure zero-line cross must occur together.
Liquidity Pressure Confirmation is a directional filter. It does not represent probability, expected accuracy or guaranteed signal quality.
DIVERGENCES
The indicator detects divergence by comparing confirmed price pivots with nearby confirmed Cycle Line pivots.
Regular bullish divergence occurs when price forms a lower low while the matched oscillator structure forms a higher low.
Regular bearish divergence occurs when price forms a higher high while the matched oscillator structure forms a lower high.
Hidden divergence can optionally be enabled.
Hidden bullish divergence compares a higher price low with a lower oscillator low.
Hidden bearish divergence compares a lower price high with a higher oscillator high.
Regular and hidden divergences are calculated independently so enabling hidden divergences does not replace the regular divergence calculation.
Regular Bull, Regular Bear, Hidden Bull and Hidden Bear divergence colors can be configured independently.
PIVOT MATCHING
Price pivots and oscillator pivots do not always occur on exactly the same candle.
The Max Price/Osc Pivot Gap setting determines how far apart a confirmed price pivot and oscillator pivot may be while still being treated as a matched swing.
The divergence engine stores several recent matched pivot pairs rather than comparing only the immediately previous swing. This allows the detector to identify divergence structures that may span an intermediate pivot.
Min Bars Between Price Pivots and Max Bars Between Price Pivots control the permitted distance between the two price swings being compared.
DIVERGENCE PRESETS
Aggressive
Uses shorter pivots and allows a larger price-to-oscillator pivot gap. This generally produces more divergence detections and reacts more quickly.
Balanced
The default profile and intended general-purpose setting.
Conservative
Uses stronger pivots, requires wider swing separation and allows a smaller price-to-oscillator matching gap. This generally produces fewer but more structurally developed divergence detections.
Custom
Uses the manually configured Pivot Length, Min Bars, Max Bars and Max Price/Osc Pivot Gap values.
ZERO-LINE CONTEXT
Require Zero-Line Context is an optional divergence filter.
When enabled:
Bullish divergences require both oscillator pivot values to be at or below zero.
Bearish divergences require both oscillator pivot values to be at or above zero.
This can be used to restrict divergence detection to the corresponding side of the oscillator.
IMPORTANT PIVOT CONFIRMATION BEHAVIOUR
Divergence detection uses confirmed pivots.
A pivot cannot be known when the actual swing high or swing low first occurs. It becomes confirmed only after the required number of bars to the right of that swing have completed.
For example, with Pivot Length 4, a pivot is confirmed four bars after the historical pivot candle.
Divergence lines are drawn between the actual historical pivot locations after confirmation.
Their historical placement therefore does not mean the divergence was available on the earlier pivot candle.
Any divergence alert occurs when the divergence becomes confirmed, not when the earlier pivot originally formed.
This confirmation delay is an inherent part of pivot-based divergence detection.
TARGET / STOP STATISTICS
The tables provide simplified historical Target/Stop outcome statistics for confirmed Cycle signals and confirmed divergence events.
They are not TradingView Strategy Tester results and do not simulate actual orders.
For a confirmed Bull Cycle signal:
The confirmation-bar close is used as the reference price.
The Target is placed above that reference price according to the Target % input.
The Stop is placed below the reference price according to the Stop % input.
For a confirmed Bear signal, the directions are reversed.
Divergence outcomes use the same principle with the separate Div Target % and Div Stop % settings.
Outcome checking begins on the bar after the signal or divergence confirmation.
Price movement occurring earlier on the confirmation candle is therefore not used to determine the result.
Every confirmed event is tracked independently. A new event does not overwrite an unresolved previous event.
If both the Target and Stop are touched during the same candle, the Stop is counted first.
This is a conservative assumption because the script does not have access to the exact intrabar price sequence from standard OHLC bars.
T represents Target reached.
S represents Stop reached.
The percentage shown beside these counts represents:
Targets / (Targets + Stops) x 100
Only resolved events are included in that percentage. Events that have not yet reached either level remain unresolved and are not counted as either Target or Stop.
STATISTICS LIMITATIONS
The Target/Stop statistics are simplified historical measurements.
They do not model:
Commissions
Spread
Slippage
Liquidity
Position sizing
Order execution
Market impact
Partial fills
Funding costs
Intrabar execution sequence
They should therefore not be interpreted as strategy profitability, expected win probability or future performance.
Historical outcomes do not imply future results.
ALERTS
Alerts are available for:
Bullish Cycle Cross
Bearish Cycle Cross
Bullish Divergence
Bearish Divergence
Liquidity Pressure crossing above zero
Liquidity Pressure crossing below zero
Cycle and Liquidity Pressure alerts use confirmed bars.
When Liquidity Pressure Confirmation is enabled, Bull and Bear Cycle alerts follow the filtered Bull/Bear signal conditions.
Divergence alerts depend on confirmed pivots and therefore include the pivot confirmation delay described above.
HOW TO USE
A practical workflow is to use the Cycle Engine for timing, Liquidity Pressure for directional context and divergence for potential disagreement between price and momentum.
Example bullish workflow:
Look for improving or positive Liquidity Pressure.
Watch for bullish regular or hidden divergence.
Wait for a confirmed bullish Cycle Line cross.
Optionally enable Same Direction Liquidity Pressure Confirmation if Bull signals should only occur while pressure is positive.
Use Zero Cross mode if a Bull signal should only occur when both the Cycle cross and Liquidity Pressure transition above zero happen together.
The optional Threshold Filter can further restrict Bull crosses to deeper negative oscillator conditions.
Example bearish workflow:
Look for deteriorating or negative Liquidity Pressure.
Watch for bearish regular or hidden divergence.
Wait for a confirmed bearish Cycle Line cross.
Optionally enable Same Direction Liquidity Pressure Confirmation if Bear signals should only occur while pressure is negative.
Use Zero Cross mode if a Bear signal should only occur when both the Cycle cross and Liquidity Pressure transition below zero happen together.
The optional Threshold Filter can further restrict Bear crosses to higher positive oscillator conditions.
These components do not need to align on every setup unless the user deliberately enables the available confirmation filters.
TIMEFRAMES
The indicator can be used on different chart timeframes, but the default settings are primarily intended as a general-purpose starting point around the 15-minute to 1-hour range.
15-minute charts provide a relatively responsive balance between Cycle signals, Liquidity Pressure and swing structure.
1-hour charts generally produce slower and cleaner pivot structures.
Lower timeframes such as 1-minute to 5-minute charts usually contain considerably more market noise and may require different divergence or smoothing settings.
Higher timeframes produce fewer signals and substantially longer pivot-confirmation delays.
IMPORTANT SETTINGS
Smoothing Length
Controls smoothing of the Liquidity Pressure calculation. Higher values produce a smoother and slower histogram.
Scale
Changes the displayed magnitude of Liquidity Pressure.
Base Length
Controls the adaptive baseline used by the Cycle Engine.
Slow Length
Controls smoothing of the primary Cycle calculation.
Adaptation Lookback
Controls the lookback used to adjust adaptive EMA responsiveness.
Fast Lag / Slow Lag
Control the adaptive response characteristics of the Cycle Line and Signal Line.
Ribbon Smooth
Adds final EMA smoothing to the displayed Cycle lines.
Threshold Filter
Optionally requires Cycle crosses to occur beyond the selected positive or negative threshold.
Liquidity Pressure Confirmation
Determines whether Liquidity Pressure is ignored, must already agree with signal direction, or must cross zero on the same candle as the Cycle signal.
Pivot Length
Controls pivot confirmation strength. Larger values require more bars to confirm a swing and therefore increase confirmation delay.
Max Price/Osc Pivot Gap
Controls how far apart price and oscillator pivots may occur while still being matched.
Regular Bull / Regular Bear Color
Control the colors of regular divergence lines.
Hidden Bull / Hidden Bear Color
Control the colors of hidden divergence lines.
Target % / Stop %
Define the virtual outcome levels used by the Cycle signal statistics.
Div Target % / Div Stop %
Define the virtual outcome levels used by the divergence statistics.
LIMITATIONS
Liquidity Pressure is calculated from OHLCV data and is not true order-flow or bid/ask delta.
Volume availability and quality vary between markets and data providers.
Adaptive smoothing introduces some lag.
Pivot-based divergences require future bars for confirmation.
Divergence lines are drawn back to the historical pivot positions only after those pivots have been confirmed.
Divergence does not necessarily produce a reversal.
Current market conditions can differ substantially from historical conditions.
Target/Stop tables are simplified analytical statistics and are not execution-based backtests.
Same Direction and Zero Cross confirmation modes reduce the number of Cycle signals and can cause signals visible with confirmation Off to disappear.
The indicator should be used as an analytical tool rather than as a prediction or guarantee of future market direction.
CODE ORIGIN AND ATTRIBUTION
The adaptive cycle foundation of Liquidity Wave Index was developed from the open-source Wave Oscillator by Claye Weight, used under the Mozilla Public License 2.0.
Liquidity Wave Index substantially extends that foundation with an OHLCV-based normalized pressure module, optional Liquidity Pressure signal confirmation, confirmed-bar signal handling, rewritten pivot-based divergence detection, price/oscillator pivot matching, independent regular and hidden divergence processing, configurable divergence presets, separate divergence colors, independent Target/Stop outcome tracking and configurable statistics tables.
The complete source code of this publication is provided openly in accordance with the applicable open-source licence.
* OHLCV-based directional pressure
* An adaptive market-cycle oscillator
* Price-versus-oscillator divergence
The purpose of combining these components is to separate directional pressure from cycle timing. The Liquidity Pressure histogram shows whether candle structure and reported volume are contributing more positively or negatively, while the Cycle Engine measures normalized price displacement and momentum rotation. Divergence analysis then compares confirmed price swings with confirmed oscillator swings to identify disagreement between price structure and momentum.
The components can be used independently or combined through optional confirmation filters.
LIQUIDITY PRESSURE
Liquidity Pressure is an OHLCV-derived analytical measure.
For each candle, directional pressure begins with the candle body relative to the full candle range:
(close - open) / (high - low)
This value is multiplied by reported volume, smoothed with an EMA, and then normalized by smoothed volume.
The Scale input changes the displayed magnitude without changing the underlying directional relationship.
Positive values indicate that the recent combination of candle direction, candle range and reported volume is weighted toward positive pressure.
Negative values indicate the opposite.
This is not true bid/ask delta, order-book data or exchange trade-direction data. It is an OHLCV-based approximation derived from chart data, and volume characteristics may differ between symbols, exchanges and data providers.
ADAPTIVE CYCLE ENGINE
The Cycle Engine is based on an adaptive WaveTrend-style framework.
The selected price source, HLC3 by default, is compared with an adaptive EMA baseline. Price displacement from that baseline is normalized using an adaptively smoothed measure of absolute deviation.
The resulting normalized oscillator is then adaptively smoothed into:
Cycle Line
Signal Line
The adaptive smoothing rate changes according to recent price movement rather than remaining completely fixed.
Additional EMA smoothing is applied through the Ribbon Smooth setting.
The ribbon between the two lines visually represents the current relationship between the Cycle Line and Signal Line.
BULL AND BEAR SIGNALS
A Bull signal occurs when the Cycle Line crosses above the Signal Line.
A Bear signal occurs when the Cycle Line crosses below the Signal Line.
Signals are only accepted on confirmed bars. A crossover that appears temporarily while the current candle is still forming will therefore not become a confirmed signal unless the crossover remains present when the candle closes.
The Threshold Filter and Liquidity Pressure Confirmation settings can optionally make these signals more selective.
THRESHOLD FILTER
With the Threshold Filter enabled:
Bull signals require the Cycle Line to be below the negative threshold when the bullish cross occurs.
Bear signals require the Cycle Line to be above the positive threshold when the bearish cross occurs.
The threshold does not represent probability, expected performance or a statistically defined overbought/oversold level. It is a user-controlled signal filter.
LIQUIDITY PRESSURE CONFIRMATION
Liquidity Pressure Confirmation optionally connects the pressure module directly to the Bull and Bear Cycle signals.
Three modes are available:
Off
Liquidity Pressure does not affect Bull or Bear signals.
This is the default setting.
Same Direction
A Bull Cycle cross is only accepted when Liquidity Pressure is above zero.
A Bear Cycle cross is only accepted when Liquidity Pressure is below zero.
This mode requires pressure to agree with the direction of the Cycle signal.
Zero Cross
A Bull Cycle cross is only accepted when Liquidity Pressure crosses above zero on the same confirmed candle.
A Bear Cycle cross is only accepted when Liquidity Pressure crosses below zero on the same confirmed candle.
This is the most restrictive mode because both the Cycle cross and Liquidity Pressure zero-line cross must occur together.
Liquidity Pressure Confirmation is a directional filter. It does not represent probability, expected accuracy or guaranteed signal quality.
DIVERGENCES
The indicator detects divergence by comparing confirmed price pivots with nearby confirmed Cycle Line pivots.
Regular bullish divergence occurs when price forms a lower low while the matched oscillator structure forms a higher low.
Regular bearish divergence occurs when price forms a higher high while the matched oscillator structure forms a lower high.
Hidden divergence can optionally be enabled.
Hidden bullish divergence compares a higher price low with a lower oscillator low.
Hidden bearish divergence compares a lower price high with a higher oscillator high.
Regular and hidden divergences are calculated independently so enabling hidden divergences does not replace the regular divergence calculation.
Regular Bull, Regular Bear, Hidden Bull and Hidden Bear divergence colors can be configured independently.
PIVOT MATCHING
Price pivots and oscillator pivots do not always occur on exactly the same candle.
The Max Price/Osc Pivot Gap setting determines how far apart a confirmed price pivot and oscillator pivot may be while still being treated as a matched swing.
The divergence engine stores several recent matched pivot pairs rather than comparing only the immediately previous swing. This allows the detector to identify divergence structures that may span an intermediate pivot.
Min Bars Between Price Pivots and Max Bars Between Price Pivots control the permitted distance between the two price swings being compared.
DIVERGENCE PRESETS
Aggressive
Uses shorter pivots and allows a larger price-to-oscillator pivot gap. This generally produces more divergence detections and reacts more quickly.
Balanced
The default profile and intended general-purpose setting.
Conservative
Uses stronger pivots, requires wider swing separation and allows a smaller price-to-oscillator matching gap. This generally produces fewer but more structurally developed divergence detections.
Custom
Uses the manually configured Pivot Length, Min Bars, Max Bars and Max Price/Osc Pivot Gap values.
ZERO-LINE CONTEXT
Require Zero-Line Context is an optional divergence filter.
When enabled:
Bullish divergences require both oscillator pivot values to be at or below zero.
Bearish divergences require both oscillator pivot values to be at or above zero.
This can be used to restrict divergence detection to the corresponding side of the oscillator.
IMPORTANT PIVOT CONFIRMATION BEHAVIOUR
Divergence detection uses confirmed pivots.
A pivot cannot be known when the actual swing high or swing low first occurs. It becomes confirmed only after the required number of bars to the right of that swing have completed.
For example, with Pivot Length 4, a pivot is confirmed four bars after the historical pivot candle.
Divergence lines are drawn between the actual historical pivot locations after confirmation.
Their historical placement therefore does not mean the divergence was available on the earlier pivot candle.
Any divergence alert occurs when the divergence becomes confirmed, not when the earlier pivot originally formed.
This confirmation delay is an inherent part of pivot-based divergence detection.
TARGET / STOP STATISTICS
The tables provide simplified historical Target/Stop outcome statistics for confirmed Cycle signals and confirmed divergence events.
They are not TradingView Strategy Tester results and do not simulate actual orders.
For a confirmed Bull Cycle signal:
The confirmation-bar close is used as the reference price.
The Target is placed above that reference price according to the Target % input.
The Stop is placed below the reference price according to the Stop % input.
For a confirmed Bear signal, the directions are reversed.
Divergence outcomes use the same principle with the separate Div Target % and Div Stop % settings.
Outcome checking begins on the bar after the signal or divergence confirmation.
Price movement occurring earlier on the confirmation candle is therefore not used to determine the result.
Every confirmed event is tracked independently. A new event does not overwrite an unresolved previous event.
If both the Target and Stop are touched during the same candle, the Stop is counted first.
This is a conservative assumption because the script does not have access to the exact intrabar price sequence from standard OHLC bars.
T represents Target reached.
S represents Stop reached.
The percentage shown beside these counts represents:
Targets / (Targets + Stops) x 100
Only resolved events are included in that percentage. Events that have not yet reached either level remain unresolved and are not counted as either Target or Stop.
STATISTICS LIMITATIONS
The Target/Stop statistics are simplified historical measurements.
They do not model:
Commissions
Spread
Slippage
Liquidity
Position sizing
Order execution
Market impact
Partial fills
Funding costs
Intrabar execution sequence
They should therefore not be interpreted as strategy profitability, expected win probability or future performance.
Historical outcomes do not imply future results.
ALERTS
Alerts are available for:
Bullish Cycle Cross
Bearish Cycle Cross
Bullish Divergence
Bearish Divergence
Liquidity Pressure crossing above zero
Liquidity Pressure crossing below zero
Cycle and Liquidity Pressure alerts use confirmed bars.
When Liquidity Pressure Confirmation is enabled, Bull and Bear Cycle alerts follow the filtered Bull/Bear signal conditions.
Divergence alerts depend on confirmed pivots and therefore include the pivot confirmation delay described above.
HOW TO USE
A practical workflow is to use the Cycle Engine for timing, Liquidity Pressure for directional context and divergence for potential disagreement between price and momentum.
Example bullish workflow:
Look for improving or positive Liquidity Pressure.
Watch for bullish regular or hidden divergence.
Wait for a confirmed bullish Cycle Line cross.
Optionally enable Same Direction Liquidity Pressure Confirmation if Bull signals should only occur while pressure is positive.
Use Zero Cross mode if a Bull signal should only occur when both the Cycle cross and Liquidity Pressure transition above zero happen together.
The optional Threshold Filter can further restrict Bull crosses to deeper negative oscillator conditions.
Example bearish workflow:
Look for deteriorating or negative Liquidity Pressure.
Watch for bearish regular or hidden divergence.
Wait for a confirmed bearish Cycle Line cross.
Optionally enable Same Direction Liquidity Pressure Confirmation if Bear signals should only occur while pressure is negative.
Use Zero Cross mode if a Bear signal should only occur when both the Cycle cross and Liquidity Pressure transition below zero happen together.
The optional Threshold Filter can further restrict Bear crosses to higher positive oscillator conditions.
These components do not need to align on every setup unless the user deliberately enables the available confirmation filters.
TIMEFRAMES
The indicator can be used on different chart timeframes, but the default settings are primarily intended as a general-purpose starting point around the 15-minute to 1-hour range.
15-minute charts provide a relatively responsive balance between Cycle signals, Liquidity Pressure and swing structure.
1-hour charts generally produce slower and cleaner pivot structures.
Lower timeframes such as 1-minute to 5-minute charts usually contain considerably more market noise and may require different divergence or smoothing settings.
Higher timeframes produce fewer signals and substantially longer pivot-confirmation delays.
IMPORTANT SETTINGS
Smoothing Length
Controls smoothing of the Liquidity Pressure calculation. Higher values produce a smoother and slower histogram.
Scale
Changes the displayed magnitude of Liquidity Pressure.
Base Length
Controls the adaptive baseline used by the Cycle Engine.
Slow Length
Controls smoothing of the primary Cycle calculation.
Adaptation Lookback
Controls the lookback used to adjust adaptive EMA responsiveness.
Fast Lag / Slow Lag
Control the adaptive response characteristics of the Cycle Line and Signal Line.
Ribbon Smooth
Adds final EMA smoothing to the displayed Cycle lines.
Threshold Filter
Optionally requires Cycle crosses to occur beyond the selected positive or negative threshold.
Liquidity Pressure Confirmation
Determines whether Liquidity Pressure is ignored, must already agree with signal direction, or must cross zero on the same candle as the Cycle signal.
Pivot Length
Controls pivot confirmation strength. Larger values require more bars to confirm a swing and therefore increase confirmation delay.
Max Price/Osc Pivot Gap
Controls how far apart price and oscillator pivots may occur while still being matched.
Regular Bull / Regular Bear Color
Control the colors of regular divergence lines.
Hidden Bull / Hidden Bear Color
Control the colors of hidden divergence lines.
Target % / Stop %
Define the virtual outcome levels used by the Cycle signal statistics.
Div Target % / Div Stop %
Define the virtual outcome levels used by the divergence statistics.
LIMITATIONS
Liquidity Pressure is calculated from OHLCV data and is not true order-flow or bid/ask delta.
Volume availability and quality vary between markets and data providers.
Adaptive smoothing introduces some lag.
Pivot-based divergences require future bars for confirmation.
Divergence lines are drawn back to the historical pivot positions only after those pivots have been confirmed.
Divergence does not necessarily produce a reversal.
Current market conditions can differ substantially from historical conditions.
Target/Stop tables are simplified analytical statistics and are not execution-based backtests.
Same Direction and Zero Cross confirmation modes reduce the number of Cycle signals and can cause signals visible with confirmation Off to disappear.
The indicator should be used as an analytical tool rather than as a prediction or guarantee of future market direction.
CODE ORIGIN AND ATTRIBUTION
The adaptive cycle foundation of Liquidity Wave Index was developed from the open-source Wave Oscillator by Claye Weight, used under the Mozilla Public License 2.0.
Liquidity Wave Index substantially extends that foundation with an OHLCV-based normalized pressure module, optional Liquidity Pressure signal confirmation, confirmed-bar signal handling, rewritten pivot-based divergence detection, price/oscillator pivot matching, independent regular and hidden divergence processing, configurable divergence presets, separate divergence colors, independent Target/Stop outcome tracking and configurable statistics tables.
The complete source code of this publication is provided openly in accordance with the applicable open-source licence.
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Theo đúng tinh thần TradingView, tác giả của tập lệnh này đã công bố nó dưới dạng mã nguồn mở, để các nhà giao dịch có thể xem xét và xác minh chức năng. Chúc mừng tác giả! Mặc dù bạn có thể sử dụng miễn phí, hãy nhớ rằng việc công bố lại mã phải tuân theo Nội quy.
See What Others Miss. beatingsmartmoney.com
Thông báo miễn trừ trách nhiệm
Thông tin và các ấn phẩm này không nhằm mục đích, và không cấu thành, lời khuyên hoặc khuyến nghị về tài chính, đầu tư, giao dịch hay các loại khác do TradingView cung cấp hoặc xác nhận. Đọc thêm tại Điều khoản Sử dụng.