INVITE-ONLY SCRIPT
Zaktualizowano Stochastic Pro Suite (Zeiierman)
█ Overview
Stochastic Pro Suite (Zeiierman) is a full stochastic trading framework built on top of an Efficient Price engine. Instead of feeding the oscillator with raw price data, the script first converts price into a volatility-aware, efficiency-weighted path called Efficient Price and then builds a stochastic on that foundation. Every major component, including EP Stochastic, Significant Stochastic Moves, divergence logic, inefficiency regimes, momentum impulses, and the multi-timeframe dashboard, reads from this refined stream.
The result is a stochastic that still behaves like the familiar 0–100 %K/%D oscillator, but with far more context behind every move. It doesn’t simply tell you where the price is within a recent high–low range; it tells you how reliable that move is, how clean the underlying regime is, and when the internal rotation is stretched. The tool works equally well for traders who like classic overbought/oversold swings and those who prefer higher-level context such as pressure bands, regime shifts, and impulse-driven moves.
⚪ Why This One Is Unique
Most stochastic indicators calculate %K and %D directly from the recent high–low range. Stochastic Pro Suite goes a step earlier in the chain. It first runs the chosen EP source (Close, Mean-reversion, or Trend) through a two-stage Efficient Price model that adapts to volatility, filters out random zigzags, and emphasizes directional quality. Only then is the stochastic calculation applied.
This means that when the oscillator hugs the top of its range, it’s not just reacting to any move up; it’s reacting to price movement that has already passed through an efficiency filter. Shallow, noisy moves tend to be down-weighted; clean, committed pushes stand out more. Around this EP Stochastic core, the script layers:
█ Main Features
⚪ EP-Based Stochastic
At the core is an EP-Stochastic built on Efficient Price instead of raw highs and lows. The oscillator keeps the classic stochastic look:
What changes is the input: instead of loosely tracking every tick, the EP engine compresses noisy swings and lets structured moves dominate the signal. This makes the stochastic more stable in directionally clean phases and more revealing when the market truly rotates.
You can choose between three EP behaviors to shape how the oscillator responds:
Close
The engine follows price almost one-to-one, but with the benefit of efficiency filtering. This setting is ideal if you want a familiar, general-purpose stochastic feel with fewer random spikes and more meaningful tests of the bands.
Mean-reversion
Here, the EP source emphasizes swing turns and back-and-forth rotation. The stochastic becomes a dedicated swing tool: transitions between upper and lower zones become more pronounced, and range-bound behavior is easier to read. This mode is well-suited for traders who fade extremes or trade oscillations inside a broader sideways structure.
To get better mean-reversal signals, increase the Stochastic Length to 200 and the Efficiency Length to 20.
Trend
In Trend mode, the EP source is smoothed to emphasize directional movement. When a trend is strong, the oscillator stays mostly in one half of its range and usually remains there until the trend begins to weaken. This makes it easier to see whether a pullback is just a pause in the trend or a sign that the structure is starting to roll over.
If you increase the EP Length, a more filtered trend will appear.
⚪ Significant Stochastic Moves
Instead of only watching fixed numerical levels like “80” or “20,” the suite identifies where the oscillator is trading within its own evolving range. Significant Stochastic Moves appear when the EP Stochastic pushes into internally important zones, areas where the market has historically shown heightened reaction or follow-through.
These highlights show when the stochastic is pressing into one of its key pressure zones. This helps you distinguish between normal rotation and moments where the internal push becomes strong enough to deserve attention. To identify significant moves, switch to Mean-reversion mode.
⚪ Divergence Detection
The script includes automatic detection of regular bullish and bearish divergences between the EP-Stochastic and price:
These are drawn directly on the oscillator pane with clear labels. Because the oscillator is driven by Efficient Price, many of the “random” divergences you see with standard stochastic are filtered out, leaving fewer but more structurally relevant signals, especially around extended trends, tight ranges, and turning points. To detect divergence, switch to Mean Reversion mode.
Since this divergence function is based on price-efficiency rather than traditional momentum swings, some divergences may appear a bit unconventional; however, the accuracy is on an entirely different level.
⚪ Momentum Impulses
Momentum impulses focus on moments when the oscillator accelerates unusually quickly relative to its own recent behavior.
The underlying logic exaggerates only the strongest deviations and ignores routine oscillation. These impulses often coincide with breakout thrusts, exhaustion spikes, sharp squeezes, or capitulation moves, places where the market briefly abandons its usual rhythm. They’re not a stand-alone trading system, but a visual cue that something unusually strong just happened in the stochastic structure.
⚪ Inefficiency Regime
The inefficiency engine monitors how orderly or distorted the combined price–stochastic behavior is. When the internal regime becomes noisy, spiky, or unbalanced, the script marks blue diamonds around the mid-region of the oscillator.
These diamonds tend to cluster when:
Used together with Significant Stochastic Moves, impulses, and divergence, these inefficiency markers help you distinguish between healthy follow-through and movement that is increasingly fragile.
⚪ Visual Multi-Timeframe Dashboard
On the right edge of the pane, a compact dashboard summarizes several key elements across 5M, 15M, 1H, 2H, 4H, and 1D:
Think of it as a “stochastic climate map.” Instead of checking six separate charts, you get a quick snapshot of whether lower timeframes are in sync with the higher backdrop, or whether they are fighting each other. This is extremely helpful for multi-timeframe alignment and for deciding when to be aggressive versus when to stay defensive.
█ How to Use
⚪ Classic Stochastic Trading
Interpreting EP-Stochastic is similar to classic stochastic, but cleaner:
When using “Close” as the EP Source, consider increasing the Efficiency Length to above 10 to produce more trend-like behavior.
⚪ Trend Trading
For trend trading, Trend mode is your core setting:
Impulse markers and Significant Stochastic Moves can be treated as continuation confirmations when they appear in the direction of the trend. Inefficiency diamonds and fading impulses act as early warnings that the current leg is losing coherence and may transition into consolidation or reversal. Inefficiency diamonds also signal imbalance in the market, where price can move quickly as the structure becomes unstable.
⚪ Pullback Trading
One useful workflow:
When the EP-Stochastic clearly favors one side (mostly upper-half behavior in an up move, lower-half in a down move), wait for the short stochastic to cycle into its opposite extreme (oversold in an uptrend, overbought in a downtrend).
Entries during those counter-swings, especially when they coincide with impulse exhaustion in the opposite direction, often give cleaner, better-timed participation in the ongoing trend.
⚪ Overbought/Oversold Trading
Overbought zones represent strong buying pressure. When the stochastic becomes overbought, start watching for signs that buying pressure is fading.
Oversold zones represent strong selling pressure. When the stochastic becomes oversold, start looking for signs that selling pressure is easing.
⚪ Mean-reversion Trading
Switch to Mean-reversion mode, increase the EP Source Length to 200, and reduce the Stochastic Length to 20 when you’re primarily focused on turning points and range rotation.
Look for clear spikes or peaks in the indicator, short-term bursts that quickly reverse. These moments often signal market conditions with a high likelihood of mean reversion, making a snapback in the opposite direction more likely.
⚪ Divergence Trading
When you want to focus on structural turning points rather than trend following:
Bullish divergences emerging from deep lower regions can confirm early long ideas or justify scaling in as pressure transitions from aggressive selling to rotational buying. Bearish divergences out of extended upper regions can support profit-taking or exploratory short positions. The EP-Stochastic basis helps reduce “false” divergences that arise from random noise.
To get more divergence signals, consider switching to Mean-reversion mode and increasing the Efficiency Length to 20. Keep in mind that some divergences may appear “weird” or different from traditional divergence patterns—this is because they are based on Efficient Price, which uses a completely different detection engine in the background.
⚪ Breakout Trading
For breakout and breakdown scenarios, use:
When price breaks a level and the EP Stochastic prints a Significant Move in the direction of the break, backed by fresh impulses, it signals that the breakout is supported by internal strength.
⚪ Reversal Trading
Enable the reversal signals to identify potential turning points. Use them together with quick peaks in the stochastic oscillator. If the oscillator forms a peak and a reversal signal appears nearby, it strengthens the case for a reversal. However, if a reversal signal prints while the stochastic is simply leaning toward the upper or lower band without forming a clear peak, the signal carries less significance.
⚪ Interpreting Inefficiency Diamonds
Inefficiency diamonds highlight imbalance points in the market. When they appear, they signal that price and order flow are no longer in harmony, creating unstable conditions. These imbalance points often lead to sharp or sudden moves as the market snaps to correct the inefficiency.
Clusters of diamonds indicate a stronger imbalance and a higher likelihood of fast movement or abrupt shifts in direction.
⚪ Overview Panel
Use the multi-timeframe dashboard as a context checklist rather than a mechanical entry system. It quickly answers:
█ How It Works
⚪ EP Source and Pre-EP Layer
The system begins by selecting an internal driver such as Close, Mean-reversion, or Trend. This source is evaluated through an efficiency model that measures how clean or noisy recent movement has been. Each increment is weighted by its structural quality and volatility conditions, producing a preliminary Efficient Price stream that favors meaningful directional progress over random chop.
⚪ Main EP Engine and Adaptive Refinement
The preliminary EP stream is passed through a second refinement stage. This step smooths irregularities, boosts consistent movement, and remains sensitive to shifts in volatility regimes. The result is a fully refined Efficient Price path that forms the input for the EP-Stochastic rather than using raw highs and lows.
⚪ EP-Stochastic Construction
Instead of calculating %K from raw price highs and lows, the oscillator is derived from where the refined Efficient Price sits within its own recent EP range. This keeps the stochastic familiar in shape but far more structurally coherent.
⚪ Inefficiency–Trend
This component evaluates the Efficient-Price-driven stochastic through two behavioral lenses: inefficiency and trend. Inefficiency highlights spike-driven, unstable, or imbalanced movement, while the trend component captures underlying slope, persistence, and regime strength. A smooth transition blends these two views depending on the system’s efficiency state.
⚪ Momentum Impulse
Momentum impulses isolate powerful rotations inside the EP-Stochastic. Only the sharpest acceleration bursts make it through, while routine oscillation is suppressed.
-----------------
Disclaimer
The content provided in my scripts, indicators, ideas, algorithms, and systems is for educational and informational purposes only. It does not constitute financial advice, investment recommendations, or a solicitation to buy or sell any financial instruments. I will not accept liability for any loss or damage, including without limitation any loss of profit, which may arise directly or indirectly from the use of or reliance on such information.
All investments involve risk, and the past performance of a security, industry, sector, market, financial product, trading strategy, backtest, or individual's trading does not guarantee future results or returns. Investors are fully responsible for any investment decisions they make. Such decisions should be based solely on an evaluation of their financial circumstances, investment objectives, risk tolerance, and liquidity needs.
Stochastic Pro Suite (Zeiierman) is a full stochastic trading framework built on top of an Efficient Price engine. Instead of feeding the oscillator with raw price data, the script first converts price into a volatility-aware, efficiency-weighted path called Efficient Price and then builds a stochastic on that foundation. Every major component, including EP Stochastic, Significant Stochastic Moves, divergence logic, inefficiency regimes, momentum impulses, and the multi-timeframe dashboard, reads from this refined stream.
The result is a stochastic that still behaves like the familiar 0–100 %K/%D oscillator, but with far more context behind every move. It doesn’t simply tell you where the price is within a recent high–low range; it tells you how reliable that move is, how clean the underlying regime is, and when the internal rotation is stretched. The tool works equally well for traders who like classic overbought/oversold swings and those who prefer higher-level context such as pressure bands, regime shifts, and impulse-driven moves.
⚪ Why This One Is Unique
Most stochastic indicators calculate %K and %D directly from the recent high–low range. Stochastic Pro Suite goes a step earlier in the chain. It first runs the chosen EP source (Close, Mean-reversion, or Trend) through a two-stage Efficient Price model that adapts to volatility, filters out random zigzags, and emphasizes directional quality. Only then is the stochastic calculation applied.
This means that when the oscillator hugs the top of its range, it’s not just reacting to any move up; it’s reacting to price movement that has already passed through an efficiency filter. Shallow, noisy moves tend to be down-weighted; clean, committed pushes stand out more. Around this EP Stochastic core, the script layers:
- Significant Stochastic Moves to track internal pressure zones,
- Divergence detection based on EP-Stochastic pivots,
- An inefficiency layer that flags distorted regimes,
- A momentum impulse engine focused on unusually strong surges, and
- A dashboard that stitches everything together across multiple timeframes.
█ Main Features
⚪ EP-Based Stochastic
At the core is an EP-Stochastic built on Efficient Price instead of raw highs and lows. The oscillator keeps the classic stochastic look:
- 0–100 scale,
- Upper and lower tension zones,
- A midline representing balance,
- Signal line via several moving-average types.
What changes is the input: instead of loosely tracking every tick, the EP engine compresses noisy swings and lets structured moves dominate the signal. This makes the stochastic more stable in directionally clean phases and more revealing when the market truly rotates.
You can choose between three EP behaviors to shape how the oscillator responds:
Close
The engine follows price almost one-to-one, but with the benefit of efficiency filtering. This setting is ideal if you want a familiar, general-purpose stochastic feel with fewer random spikes and more meaningful tests of the bands.
Mean-reversion
Here, the EP source emphasizes swing turns and back-and-forth rotation. The stochastic becomes a dedicated swing tool: transitions between upper and lower zones become more pronounced, and range-bound behavior is easier to read. This mode is well-suited for traders who fade extremes or trade oscillations inside a broader sideways structure.
To get better mean-reversal signals, increase the Stochastic Length to 200 and the Efficiency Length to 20.
Trend
In Trend mode, the EP source is smoothed to emphasize directional movement. When a trend is strong, the oscillator stays mostly in one half of its range and usually remains there until the trend begins to weaken. This makes it easier to see whether a pullback is just a pause in the trend or a sign that the structure is starting to roll over.
If you increase the EP Length, a more filtered trend will appear.
⚪ Significant Stochastic Moves
Instead of only watching fixed numerical levels like “80” or “20,” the suite identifies where the oscillator is trading within its own evolving range. Significant Stochastic Moves appear when the EP Stochastic pushes into internally important zones, areas where the market has historically shown heightened reaction or follow-through.
These highlights show when the stochastic is pressing into one of its key pressure zones. This helps you distinguish between normal rotation and moments where the internal push becomes strong enough to deserve attention. To identify significant moves, switch to Mean-reversion mode.
⚪ Divergence Detection
The script includes automatic detection of regular bullish and bearish divergences between the EP-Stochastic and price:
- Bullish divergence: price makes a lower low while the EP-Stochastic prints a higher low.
- Bearish divergence: price makes a higher high while the EP-Stochastic prints a lower high.
These are drawn directly on the oscillator pane with clear labels. Because the oscillator is driven by Efficient Price, many of the “random” divergences you see with standard stochastic are filtered out, leaving fewer but more structurally relevant signals, especially around extended trends, tight ranges, and turning points. To detect divergence, switch to Mean Reversion mode.
Since this divergence function is based on price-efficiency rather than traditional momentum swings, some divergences may appear a bit unconventional; however, the accuracy is on an entirely different level.
⚪ Momentum Impulses
Momentum impulses focus on moments when the oscillator accelerates unusually quickly relative to its own recent behavior.
- Green circles near the upper region highlight powerful bullish surges.
- Red circles near the lower region highlight powerful bearish surges.
The underlying logic exaggerates only the strongest deviations and ignores routine oscillation. These impulses often coincide with breakout thrusts, exhaustion spikes, sharp squeezes, or capitulation moves, places where the market briefly abandons its usual rhythm. They’re not a stand-alone trading system, but a visual cue that something unusually strong just happened in the stochastic structure.
⚪ Inefficiency Regime
The inefficiency engine monitors how orderly or distorted the combined price–stochastic behavior is. When the internal regime becomes noisy, spiky, or unbalanced, the script marks blue diamonds around the mid-region of the oscillator.
These diamonds tend to cluster when:
- A previously clean trend starts to fragment,
- A range becomes unstable and prone to fake breakouts,
- Moves extend beyond what the recent structure would consider “normal.”
Used together with Significant Stochastic Moves, impulses, and divergence, these inefficiency markers help you distinguish between healthy follow-through and movement that is increasingly fragile.
⚪ Visual Multi-Timeframe Dashboard
On the right edge of the pane, a compact dashboard summarizes several key elements across 5M, 15M, 1H, 2H, 4H, and 1D:
- Signals: immediate directional bias from the stochastic context,
- OB/OS flags: stretched conditions by timeframe,
- Divergence: where the structure disagrees with price,
- Impulse: active momentum bursts,
- Inefficiency: unstable or imbalanced regimes,
- Explosive: high-energy conditions highlighted by Significant Stochastic Moves.
Think of it as a “stochastic climate map.” Instead of checking six separate charts, you get a quick snapshot of whether lower timeframes are in sync with the higher backdrop, or whether they are fighting each other. This is extremely helpful for multi-timeframe alignment and for deciding when to be aggressive versus when to stay defensive.
█ How to Use
⚪ Classic Stochastic Trading
Interpreting EP-Stochastic is similar to classic stochastic, but cleaner:
- Sustained time above the midline signals a bullish rotational bias in the Efficient Price space.
- Sustained time below the midline signals a bearish rotational bias.
- When the oscillator repeatedly leans against the upper zone with a strong signal line, it indicates firm buyer control; when it leans against the lower zone with a soft or falling signal line, it indicates firm seller control.
When using “Close” as the EP Source, consider increasing the Efficiency Length to above 10 to produce more trend-like behavior.
⚪ Trend Trading
For trend trading, Trend mode is your core setting:
- Use Trend mode with a moderate or slightly longer stochastic length.
- Watch whether the oscillator lives mostly in the top or bottom half of its range.
- Use the dashboard to see if higher timeframes show similar directional signals and OB/OS flags.
Impulse markers and Significant Stochastic Moves can be treated as continuation confirmations when they appear in the direction of the trend. Inefficiency diamonds and fading impulses act as early warnings that the current leg is losing coherence and may transition into consolidation or reversal. Inefficiency diamonds also signal imbalance in the market, where price can move quickly as the structure becomes unstable.
⚪ Pullback Trading
One useful workflow:
- Run EP-Stochastic in Trend mode to define the dominant direction and regime.
- Overlay a shorter, standard stochastic to spot pullbacks inside that regime.
When the EP-Stochastic clearly favors one side (mostly upper-half behavior in an up move, lower-half in a down move), wait for the short stochastic to cycle into its opposite extreme (oversold in an uptrend, overbought in a downtrend).
Entries during those counter-swings, especially when they coincide with impulse exhaustion in the opposite direction, often give cleaner, better-timed participation in the ongoing trend.
⚪ Overbought/Oversold Trading
Overbought zones represent strong buying pressure. When the stochastic becomes overbought, start watching for signs that buying pressure is fading.
- If buying pressure continues, it typically indicates a strong bullish trend.
- If the stochastic starts to decline and crosses back under the upper band, it can signal that buying pressure is weakening and a potential reversal is forming.
Oversold zones represent strong selling pressure. When the stochastic becomes oversold, start looking for signs that selling pressure is easing.
- If selling pressure persists, it usually indicates a strong bearish trend.
- If the stochastic begins to rise and crosses back above the lower band, it can signal that selling pressure is fading and a potential reversal is developing.
⚪ Mean-reversion Trading
Switch to Mean-reversion mode, increase the EP Source Length to 200, and reduce the Stochastic Length to 20 when you’re primarily focused on turning points and range rotation.
Look for clear spikes or peaks in the indicator, short-term bursts that quickly reverse. These moments often signal market conditions with a high likelihood of mean reversion, making a snapback in the opposite direction more likely.
⚪ Divergence Trading
When you want to focus on structural turning points rather than trend following:
- Enable divergence detection.
- Focus on divergences that form after extended moves or near the outer zones of the oscillator.
Bullish divergences emerging from deep lower regions can confirm early long ideas or justify scaling in as pressure transitions from aggressive selling to rotational buying. Bearish divergences out of extended upper regions can support profit-taking or exploratory short positions. The EP-Stochastic basis helps reduce “false” divergences that arise from random noise.
To get more divergence signals, consider switching to Mean-reversion mode and increasing the Efficiency Length to 20. Keep in mind that some divergences may appear “weird” or different from traditional divergence patterns—this is because they are based on Efficient Price, which uses a completely different detection engine in the background.
⚪ Breakout Trading
For breakout and breakdown scenarios, use:
- Significant Stochastic Moves as evidence of a meaningful internal shift,
- Impulse markers to confirm that the move is carried by strong momentum,
- Inefficiency diamonds to recognize when the structure is becoming unstable.
When price breaks a level and the EP Stochastic prints a Significant Move in the direction of the break, backed by fresh impulses, it signals that the breakout is supported by internal strength.
⚪ Reversal Trading
Enable the reversal signals to identify potential turning points. Use them together with quick peaks in the stochastic oscillator. If the oscillator forms a peak and a reversal signal appears nearby, it strengthens the case for a reversal. However, if a reversal signal prints while the stochastic is simply leaning toward the upper or lower band without forming a clear peak, the signal carries less significance.
⚪ Interpreting Inefficiency Diamonds
Inefficiency diamonds highlight imbalance points in the market. When they appear, they signal that price and order flow are no longer in harmony, creating unstable conditions. These imbalance points often lead to sharp or sudden moves as the market snaps to correct the inefficiency.
Clusters of diamonds indicate a stronger imbalance and a higher likelihood of fast movement or abrupt shifts in direction.
⚪ Overview Panel
Use the multi-timeframe dashboard as a context checklist rather than a mechanical entry system. It quickly answers:
- Are lower and higher timeframes pointing in the same direction?
- Are multiple frames overbought or oversold at once?
- Are impulses and inefficiency regimes showing up in isolation or in clusters?
█ How It Works
⚪ EP Source and Pre-EP Layer
The system begins by selecting an internal driver such as Close, Mean-reversion, or Trend. This source is evaluated through an efficiency model that measures how clean or noisy recent movement has been. Each increment is weighted by its structural quality and volatility conditions, producing a preliminary Efficient Price stream that favors meaningful directional progress over random chop.
- Calculation: Applies efficiency weighting, volatility normalization, and adaptive length control. The output is a first-stage EP path that encodes directional reliability.
⚪ Main EP Engine and Adaptive Refinement
The preliminary EP stream is passed through a second refinement stage. This step smooths irregularities, boosts consistent movement, and remains sensitive to shifts in volatility regimes. The result is a fully refined Efficient Price path that forms the input for the EP-Stochastic rather than using raw highs and lows.
- Calculation: Uses a second ER pass with volatility moderation and cumulative weighting. The output is the core Efficient Price trajectory used to build the EP-Stochastic.
⚪ EP-Stochastic Construction
Instead of calculating %K from raw price highs and lows, the oscillator is derived from where the refined Efficient Price sits within its own recent EP range. This keeps the stochastic familiar in shape but far more structurally coherent.
- Calculation: Determines the EP range over the selected window, computes %K from EP’s position within that range, and applies optional smoothing for the signal line.
⚪ Inefficiency–Trend
This component evaluates the Efficient-Price-driven stochastic through two behavioral lenses: inefficiency and trend. Inefficiency highlights spike-driven, unstable, or imbalanced movement, while the trend component captures underlying slope, persistence, and regime strength. A smooth transition blends these two views depending on the system’s efficiency state.
- Calculation: Computes an inefficiency score from ER deviation and a trend score from normalized regression slope. A smoothstep blend transitions between them, and diamond markers appear when the oscillator confirms it is operating inside an inefficiency regime.
⚪ Momentum Impulse
Momentum impulses isolate powerful rotations inside the EP-Stochastic. Only the sharpest acceleration bursts make it through, while routine oscillation is suppressed.
- Calculation: Applies chained non-linear transforms to exaggerate extreme deviations, compares them to local historical envelopes, performs a cluster check to avoid false bursts, and marks impulses only when the deviation is structurally significant.
-----------------
Disclaimer
The content provided in my scripts, indicators, ideas, algorithms, and systems is for educational and informational purposes only. It does not constitute financial advice, investment recommendations, or a solicitation to buy or sell any financial instruments. I will not accept liability for any loss or damage, including without limitation any loss of profit, which may arise directly or indirectly from the use of or reliance on such information.
All investments involve risk, and the past performance of a security, industry, sector, market, financial product, trading strategy, backtest, or individual's trading does not guarantee future results or returns. Investors are fully responsible for any investment decisions they make. Such decisions should be based solely on an evaluation of their financial circumstances, investment objectives, risk tolerance, and liquidity needs.
Informacje o Wersji
Major Improvements!- The setting panel is more convenient.
- Trend Stochastic is added.
- Trend Stochastic signals are added.
Best
Informacje o Wersji
Improvements! - Stoch signals with alerts added!
Informacje o Wersji
Improvements!- Dynamic and Trend Cloud added
- Performance improvements
Informacje o Wersji
Improvements!- Alert fix
Informacje o Wersji
Performance improvements across the Efficient Price core, Significant Stochastic Moves, Divergence Layer, Inefficiency Model, and Momentum Impulse System now deliver faster, smoother, and more accurate Stochastic signals with cleaner regime detection and sharper internal rotations.Informacje o Wersji
Alerts have been addedSkrypt tylko na zaproszenie
Dostęp do tego skryptu mają wyłącznie użytkownicy zatwierdzeni przez autora. Aby z niego korzystać, należy poprosić o zgodę i ją uzyskać. Zgoda jest zazwyczaj udzielana po dokonaniu płatności. Więcej informacji można znaleźć w instrukcjach autora poniżej lub kontaktując się bezpośrednio z Zeiierman.
TradingView NIE zaleca płacenia za skrypt ani korzystania z niego, jeśli nie ma pełnego zaufania do jego autora i nie rozumie się zasad jego działania. Można również znaleźć darmowe, otwartoźródłowe alternatywy w skryptach społeczności.
Instrukcje autora
Get instant access here: https://www.zeiierman.com/
Access my indicators at: zeiierman.com
Join Our Free Discord: discord.gg/zeiiermantrading
Join Our Free Discord: discord.gg/zeiiermantrading
Wyłączenie odpowiedzialności
Informacje i publikacje nie stanowią i nie powinny być traktowane jako porady finansowe, inwestycyjne, tradingowe ani jakiekolwiek inne rekomendacje dostarczane lub zatwierdzone przez TradingView. Więcej informacji znajduje się w Warunkach użytkowania.
Skrypt tylko na zaproszenie
Dostęp do tego skryptu mają wyłącznie użytkownicy zatwierdzeni przez autora. Aby z niego korzystać, należy poprosić o zgodę i ją uzyskać. Zgoda jest zazwyczaj udzielana po dokonaniu płatności. Więcej informacji można znaleźć w instrukcjach autora poniżej lub kontaktując się bezpośrednio z Zeiierman.
TradingView NIE zaleca płacenia za skrypt ani korzystania z niego, jeśli nie ma pełnego zaufania do jego autora i nie rozumie się zasad jego działania. Można również znaleźć darmowe, otwartoźródłowe alternatywy w skryptach społeczności.
Instrukcje autora
Get instant access here: https://www.zeiierman.com/
Access my indicators at: zeiierman.com
Join Our Free Discord: discord.gg/zeiiermantrading
Join Our Free Discord: discord.gg/zeiiermantrading
Wyłączenie odpowiedzialności
Informacje i publikacje nie stanowią i nie powinny być traktowane jako porady finansowe, inwestycyjne, tradingowe ani jakiekolwiek inne rekomendacje dostarczane lub zatwierdzone przez TradingView. Więcej informacji znajduje się w Warunkach użytkowania.