INVITE-ONLY SCRIPT
Atualizado Nova Engine
Nova Engine is a smart signal system built for real-time reversal and continuation detection. It uses a multi-layer architecture that integrates advanced filtering methods, oscillator gating, signal scoring, trend state analysis, and volatility adaptation. The system is engineered to operate with minimal lag and high structural integrity, making it suitable for both high-frequency intraday scalping and higher timeframe swing decision support.
The primary signal engine is built on a cybernetic oscillator. This oscillator begins with a FIR-filtered price series designed to smooth raw market noise while preserving turning points. The filtered series is normalized using a root mean square calculation of recent momentum volatility. This normalized value represents the dynamic oscillator core, which is then smoothed further using a Kalman filter. This approach provides early yet stable signal structure without introducing delay typical of traditional oscillators.
Buy and sell signals originate from cross events between the normalized oscillator and its Kalman-smoothed signal line. These crossover events are then subject to multiple layers of conditional validation to determine if they are structurally and contextually valid. The validation framework includes ten confluence tests and a multi-row oscillator gate system, both of which are optional but recommended for precision filtering.
Each signal passes through the following logic layers:
1. Cybernetic structure check confirms that the raw oscillator and signal line have crossed in a structurally valid manner, producing a momentum-based turning point
2. ZLEMA check evaluates whether the signal direction is aligned with a zero-lag exponential moving average. This ensures signals are not counter-trend relative to immediate price movement
3. Hilbert phase detection captures real-time directional transitions using the angle between oscillator states. This helps distinguish real reversals from noise by requiring directional agreement in the phase domain
4. RSX confirmation tests whether a smoothed relative strength index lies in a supportive regime. For buy signals, RSX must be above a dynamic threshold, and below for sell signals
5. Laguerre RSI filter captures compression zones and oversold or overbought events, particularly useful during reversals. This component emphasizes regime shifts occurring at extremes
6. MAMA and FAMA confirmation ensures that adaptive moving averages derived from Ehlers' method are either in a crossover state or directionally aligned with the potential trade
7. FIR slope alignment checks that the longer FIR trend direction supports the trade. Bullish signals require a rising FIR slope, bearish signals a declining one
8. Impulse check evaluates the acceleration of the cybernetic oscillator against a volatility-scaled threshold. This distinguishes aggressive moves from range-bound noise
9. TTM squeeze filter determines whether the market is exiting a volatility compression phase and whether the price is breaking in the same direction as the signal
10. True Strength Index confirmation validates the signal against longer-term momentum. This layer ensures that the larger trend bias is supportive
11. Volume spike detection compares current volume to an adaptive multiplier of its exponential average. Signals are only validated when accompanied by a meaningful increase in traded volume
These eleven modules each add a point toward the signal’s final score. The maximum possible score is fourteen. Based on this score, each signal is classified into one of five confidence tiers: A plus, Strong, Moderate, Weak, or Ignore. These tiers are visible in tooltips attached to each label, along with a full breakdown of which modules were triggered.
In parallel, Nova Engine uses a twelve-row oscillator gate as a secondary validation layer. This gate is independent from the main signal stack and is designed to confirm that the broader oscillator environment supports the signal direction. It uses the following inputs:
* RSX crossing midline
* TSI Delta via Kalman-smoothed momentum divergence
* ZLEMA ROC with velocity filtering
* WaveTrend crossover logic
* Cyber Momentum based on FIR-weighted price acceleration
* MTM signal filtered with power-shaped FIR smoothing
* LWR percent R oversold or overbought states
* Detrended Price Oscillator with zero-lag smoothing
* TMO filtered EMA delta
* MACD Zero Lag using FIR and Kalman filtering
* MAMA and FAMA crossover state
* Inverse Fisher transformed RSX
Each of the twelve rows contributes a binary value. A minimum of seven rows in agreement with the signal direction is required to unlock a gate. When the oscillator gate is enabled, any signal that does not meet this threshold will be suppressed regardless of its score or type.
Nova also includes regime detection logic. It tracks whether the market is in a directional trend, stall, fade, or thrust state by analyzing the velocity, acceleration, and jerk of the oscillator. Stall and fade states are used to reduce exposure to ranging conditions, while thrust confirmation can amplify the value of a breakout continuation signal.
All signals are further classified as either reversals or continuations. Reversal classification requires that the direction of the FIR slope has just shifted from negative to positive or vice versa. Continuations occur within an existing slope regime and are treated with separate logic for filtering and display.
Candle coloring can optionally be enabled to reflect the real-time FIR trend state. Green bars indicate uptrend, red bars indicate downtrend, and neutral bars are uncolored.
Tooltips embedded in each label contain full transparency into the signal composition. These include the signal type, direction, confidence tier, strength meter, active components, and oscillator gate bias.
Reflex Mode is available for aggressive traders or scalpers. When enabled, it shortens RMS windows, increases Kalman gain, and tightens acceleration filters. This mode is designed for environments where signal speed is prioritized over long-term confirmation.
Signal spacing is enforced using a dynamic bar index memory system. It prevents label stacking and clutter by only showing the most recent valid signal in a given window.
Finally, Nova supports optional signal filtering by trading session. If enabled, signals will only print during New York regular hours between 9:30am and 4:00pm Eastern Time. This is useful for day traders seeking to avoid after-hours or pre-market volatility artifacts.
This tool is for educational and informational purposes only. It is not intended to provide financial advice or recommendations to buy or sell any security. Use at your own risk and perform your own due diligence before making trading decisions.
The primary signal engine is built on a cybernetic oscillator. This oscillator begins with a FIR-filtered price series designed to smooth raw market noise while preserving turning points. The filtered series is normalized using a root mean square calculation of recent momentum volatility. This normalized value represents the dynamic oscillator core, which is then smoothed further using a Kalman filter. This approach provides early yet stable signal structure without introducing delay typical of traditional oscillators.
Buy and sell signals originate from cross events between the normalized oscillator and its Kalman-smoothed signal line. These crossover events are then subject to multiple layers of conditional validation to determine if they are structurally and contextually valid. The validation framework includes ten confluence tests and a multi-row oscillator gate system, both of which are optional but recommended for precision filtering.
Each signal passes through the following logic layers:
1. Cybernetic structure check confirms that the raw oscillator and signal line have crossed in a structurally valid manner, producing a momentum-based turning point
2. ZLEMA check evaluates whether the signal direction is aligned with a zero-lag exponential moving average. This ensures signals are not counter-trend relative to immediate price movement
3. Hilbert phase detection captures real-time directional transitions using the angle between oscillator states. This helps distinguish real reversals from noise by requiring directional agreement in the phase domain
4. RSX confirmation tests whether a smoothed relative strength index lies in a supportive regime. For buy signals, RSX must be above a dynamic threshold, and below for sell signals
5. Laguerre RSI filter captures compression zones and oversold or overbought events, particularly useful during reversals. This component emphasizes regime shifts occurring at extremes
6. MAMA and FAMA confirmation ensures that adaptive moving averages derived from Ehlers' method are either in a crossover state or directionally aligned with the potential trade
7. FIR slope alignment checks that the longer FIR trend direction supports the trade. Bullish signals require a rising FIR slope, bearish signals a declining one
8. Impulse check evaluates the acceleration of the cybernetic oscillator against a volatility-scaled threshold. This distinguishes aggressive moves from range-bound noise
9. TTM squeeze filter determines whether the market is exiting a volatility compression phase and whether the price is breaking in the same direction as the signal
10. True Strength Index confirmation validates the signal against longer-term momentum. This layer ensures that the larger trend bias is supportive
11. Volume spike detection compares current volume to an adaptive multiplier of its exponential average. Signals are only validated when accompanied by a meaningful increase in traded volume
These eleven modules each add a point toward the signal’s final score. The maximum possible score is fourteen. Based on this score, each signal is classified into one of five confidence tiers: A plus, Strong, Moderate, Weak, or Ignore. These tiers are visible in tooltips attached to each label, along with a full breakdown of which modules were triggered.
In parallel, Nova Engine uses a twelve-row oscillator gate as a secondary validation layer. This gate is independent from the main signal stack and is designed to confirm that the broader oscillator environment supports the signal direction. It uses the following inputs:
* RSX crossing midline
* TSI Delta via Kalman-smoothed momentum divergence
* ZLEMA ROC with velocity filtering
* WaveTrend crossover logic
* Cyber Momentum based on FIR-weighted price acceleration
* MTM signal filtered with power-shaped FIR smoothing
* LWR percent R oversold or overbought states
* Detrended Price Oscillator with zero-lag smoothing
* TMO filtered EMA delta
* MACD Zero Lag using FIR and Kalman filtering
* MAMA and FAMA crossover state
* Inverse Fisher transformed RSX
Each of the twelve rows contributes a binary value. A minimum of seven rows in agreement with the signal direction is required to unlock a gate. When the oscillator gate is enabled, any signal that does not meet this threshold will be suppressed regardless of its score or type.
Nova also includes regime detection logic. It tracks whether the market is in a directional trend, stall, fade, or thrust state by analyzing the velocity, acceleration, and jerk of the oscillator. Stall and fade states are used to reduce exposure to ranging conditions, while thrust confirmation can amplify the value of a breakout continuation signal.
All signals are further classified as either reversals or continuations. Reversal classification requires that the direction of the FIR slope has just shifted from negative to positive or vice versa. Continuations occur within an existing slope regime and are treated with separate logic for filtering and display.
Candle coloring can optionally be enabled to reflect the real-time FIR trend state. Green bars indicate uptrend, red bars indicate downtrend, and neutral bars are uncolored.
Tooltips embedded in each label contain full transparency into the signal composition. These include the signal type, direction, confidence tier, strength meter, active components, and oscillator gate bias.
Reflex Mode is available for aggressive traders or scalpers. When enabled, it shortens RMS windows, increases Kalman gain, and tightens acceleration filters. This mode is designed for environments where signal speed is prioritized over long-term confirmation.
Signal spacing is enforced using a dynamic bar index memory system. It prevents label stacking and clutter by only showing the most recent valid signal in a given window.
Finally, Nova supports optional signal filtering by trading session. If enabled, signals will only print during New York regular hours between 9:30am and 4:00pm Eastern Time. This is useful for day traders seeking to avoid after-hours or pre-market volatility artifacts.
This tool is for educational and informational purposes only. It is not intended to provide financial advice or recommendations to buy or sell any security. Use at your own risk and perform your own due diligence before making trading decisions.
Notas de Lançamento
AddedDashboard
Displays internal engine state in real time:
- Bias Class
- Last Phase Flip
- Trend State (Thrust / Fade / Stall)
- Confidence % (based on 14-point scoring system)
Updated
Tooltips
Redesigned for clarity and visual structure.
Now includes:
- Signal type and strength
- Validation component hits
- Oscillator Gate status
- SL / TP1 / TP2 levels (ATR-based and user configurable)
Notas de Lançamento
Nova Engine UpdateDate: June 23, 2025
Ticker Preset System
- Nova now adjusts its parameters automatically based on the selected ticker.
- Presets currently available: SPY, ES, SPX, NQ, QQQ, IWM.
- Each preset applies optimized values for filters including FIR, ZLEMA, RSX, TSI, MACD, ETC
- Manual mode is available for full user control.
Time Frame Awareness
Nova now dynamically adjusts internal parameters based on the chart's active timeframe.
Timeframes are classified as FAST (1 to 3 min), MED (5 to 15 min), and SLOW (30 min and higher).
Key logic areas like FIR length, RMS window, and oscillator sensitivity adapt automatically to the current speed regime.
Works in combination with ticker presets. For example, SPY on a 1 min chart will have different settings than SPY on a 30 min chart.
The system is now fully context aware. Ticker presets and time frame logic work together to tune Nova for the specific asset and environment being traded. This improves accuracy, reduces noise, and removes the need for manual parameter adjustment.
Notas de Lançamento
Core Engine ChangesPreset system added
Nova now adjusts automatically based on the ticker and timeframe
Supported tickers: SPY, ES, SPX, NQ, QQQ, IWM, AAPL, AMZN, MSFT, GOOGL, META, TSLA, NVDA
Timeframes handled:
Fast (1 to 3 min)
Medium (5 to 15 min)
Slow (30 min and up)
Internal Logic Upgrades
FIR trend slope now smoothed with Kalman filter
Helps reduce noise and sharpens trend evaluation
Risk System Upgraded
SL, TP1, and TP2 levels now adapt to market volatility
Less rigid than ATR-only logic
Works better in both tight and fast-moving sessions
Tooltips Revamped
- Cleaner layout and wording
- Summary added to help traders quickly decide if a signal is strong or should be ignored
- Oscillator gate section is now more descriptive
- Risk levels show real-time values per signal
Notas de Lançamento
Improved Candle trend colors based on trend slope and volatility. Visual Stop Loss and Take Profit Zones
Nova now shows clear boxes on the chart for each signal. SL/TP1/TP2 are still within the tooltips of the labels.
Notas de Lançamento
Toggle added for SL/TP boxesNotas de Lançamento
- Logic reworked for easier maintenance.
- added better candle logic
- updated Risk boxes visuals
Notas de Lançamento
-Removed FIR trend candles- Added Momentum Flow Candles
See momentum strength in candle colors
4 levels: explosive - strong - moderate - weak
-Added Tooltips for every setting for manual usage.
suggested inputs for every timeframe.
-Re-worked signal tooltips for better validation understanding.
Notas de Lançamento
Fixes- Fixed Risk boxes appearing on "ghost signals". now they properly draw on the latest label.
Updates:
- Added Tooltip dashboard for mobile users that cannot hover over the signals to see confluence.
- ALERTS added.
- Added themes for risk boxes.
Notas de Lançamento
BUG FIXESNotas de Lançamento
BUG FIXScript sob convite
Somente usuários aprovados pelo autor podem acessar este script. Você precisará solicitar e obter permissão para usá-lo. Normalmente, essa permissão é concedida após o pagamento. Para obter mais detalhes, siga as instruções do autor abaixo ou entre em contato diretamente com AresIQ.
Observe que este script privado, somente para convidados, não foi revisado pelos moderadores de scripts, e sua conformidade com as Regras da Casa é indeterminada. A TradingView NÃO recomenda pagar ou usar um script, a menos que você confie totalmente em seu autor e entenda como ele funciona. Você também pode encontrar alternativas gratuitas e de código aberto em nossos scripts da comunidade.
Instruções do autor
Dm for access
Aviso legal
As informações e publicações não se destinam a ser, e não constituem, conselhos ou recomendações financeiras, de investimento, comerciais ou de outro tipo fornecidos ou endossados pela TradingView. Leia mais nos Termos de Uso.
Script sob convite
Somente usuários aprovados pelo autor podem acessar este script. Você precisará solicitar e obter permissão para usá-lo. Normalmente, essa permissão é concedida após o pagamento. Para obter mais detalhes, siga as instruções do autor abaixo ou entre em contato diretamente com AresIQ.
Observe que este script privado, somente para convidados, não foi revisado pelos moderadores de scripts, e sua conformidade com as Regras da Casa é indeterminada. A TradingView NÃO recomenda pagar ou usar um script, a menos que você confie totalmente em seu autor e entenda como ele funciona. Você também pode encontrar alternativas gratuitas e de código aberto em nossos scripts da comunidade.
Instruções do autor
Dm for access
Aviso legal
As informações e publicações não se destinam a ser, e não constituem, conselhos ou recomendações financeiras, de investimento, comerciais ou de outro tipo fornecidos ou endossados pela TradingView. Leia mais nos Termos de Uso.