المؤشرات والاستراتيجيات
EMA 8 Break & Retest ScalperEMA 8 Break & Retest, Candle Close und Wick
BUY / SELL Signale
Scalping
EMA 8 Break & Retest, Candle Close and Wick
BUY / SELL Signals
Scalping
NL Session High/Low ticks (16:30-17:30) - 5mthis is a 5 minut chart open and close off the new york open highs and lows
Auto Trend LinesPivot Left/Right Bars: Higher = fewer but stronger pivots (try 5-15 for weekly charts)
Extend Lines Forward: How far to project (50-200 bars recommended)
Line Color: Change to match your preference
Show Pivot Markers: Turn on to see where pivots are detected
Dual MACD + MFI + Volume Trend [v6] | High-ConvictionMFI MACD VOL to know when to enter and leave trades
Daily 10 & 20 EMA (Shown on All Timeframes)The 10-day EMA is the quicker one. It hugs price closely, reacting fast to every twitch and hesitation. When price respects it, momentum feels alive. When price slices through it, you sense hesitation before it shows up elsewhere.
The 20-day EMA moves with more weight. It doesn’t flinch at noise. It represents the market’s short-term memory, the line price keeps returning to when trends are healthy. Above it, bias feels constructive. Below it, gravity takes over.
Together, they form a rhythm pair:
When the 10 EMA rides above the 20 EMA, the market is leaning forward.
When the 10 EMA sinks below the 20 EMA, momentum is cooling or rolling over.
When price compresses between them, indecision is building energy.
Across all timeframes, they scale like a fractal:
On lower timeframes, they act as tactical guides for entries, pullbacks, and exits.
On higher timeframes, they define structure, trend health, and whether moves are worth trusting.
They don’t predict. They contextualize.
They don’t command. They frame the battlefield
MACD Buy E Sell EditavelMacd personalizavel com sell para cruzamento de venda e buy para cruzamento de compra
ChunkbrAI-NN INDIChunkbrAI-NN INDI: The Neural Network Odyssey
A Native Pine Script Neural Network Research Engine
Welcome to ChunkbrAI-NN 5.3. This is not a standard technical indicator; it is a proof-of-concept Artificial Intelligence engine built entirely from scratch within Pine Script.
Neural Networks typically require iterating over massive datasets, a task that usually times out on TradingView. ChunkbrAI solves this by introducing a novel "Chunking Architecture"—a system that breaks history into digestible learning blocks and trains a Multilayer Perceptron (MLP) using a "Chunking" approach.
It features a living ecosystem where neurons have "genes," grow mature, and adapt to market regimes using a highly sophisticated Context-Aware normalization engine.
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The Core Concept: "The Time Wheel"
To bypass Pine Script's execution limits, this script does not train linearly from the beginning of time. Instead, it operates like a spinning wheel of experience.
* The Chunk System: On every bar update, the engine reaches back into history (up to 5000 bars) and grabs random or sequential "Chunks" of data. It treats these chunks as isolated training samples.
* Experience Replay: By constantly revisiting past market scenarios (Chunks), the network slowly converges its weights, learning to recognize patterns across different eras of price action.
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Architecture & Modules
A. The Neural Core (MLP)
At the heart is a raw neural network built with arrays:
* Topology: A dense network with a customizable Hidden Layer (Default: 60 Neurons).
* Timewarp (Stride): When enabled, the network uses "dilated" inputs (skipping bars, e.g., 1, 3, 5...). This increases the network's Field of View without increasing computational load.
* Forecasting: The network outputs a standardized prediction which is then de-normalized to project the future price path on your chart.
B. The Context System (The "Eyes")
Raw prices confuse neural networks. A $1000 move in Bitcoin is massive in 2016 but noise in 2024. ChunkbrAI uses a relativistic Context System:
* Regime Detection: It uses a Zero-Lag Moving Average (ZLMA) and Non-Linear Regression to measure the current market "Vibe" (Volatility & Trend).
* Dynamic Normalization: The inputs are scaled based on this context. If the market is volatile, the data is compressed; if calm, it is expanded. This ensures the brain receives consistent signal patterns regardless of the absolute price.
C. The Gene System (Neuro-Plasticity)
This is the experimental "biology" layer. Neurons are not just static math; they have life cycles.
* Maturity: Neurons start "Young" (highly plastic, high mutation rate). As they successfully reduce error, they become "Wise" (stable, low mutation).
* Mutation: If a "Wise" neuron begins failing (high error), it is demoted and forced to mutate. This allows the brain to "forget" obsolete behaviors and adapt to new market paradigms automatically.
* Profiles: You can initialize the brain with different personalities (e.g., Dreamer, Young Chaos, Zen Monk).
D. The Brain Scheduler (Adaptive Learning)
A static Learning Rate (LR) is inefficient. The Brain Scheduler acts as the heartbeat:
* Panic vs. Flow: It monitors the derivative of the error. If the error spikes (Panic), the Scheduler slows down learning to prevent the model from exploding. If the error smooths out (Flow), it accelerates learning (Infinite LR Mode).
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Forecasting Modes
The script provides two distinct ways to visualize the future:
1. Direct Projection (Green Line):
The network takes the current window of price action and predicts the immediate next step. If Timewarp is active, it interpolates the result to draw a smooth curve.
2. Autoregression (Cyan Line):
Available in "Auto" mode. The network feeds its *own* predictions back into itself as inputs to generate multi-step forecasts.
* Wave Segmentation: The script intelligently guesses the current market cycle length and attempts to project that specific duration forward.
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Operation Manual
The script has two distinct training loops: first, when you add it to a chart, Pine runs through the available historical bars once, and this initial history pass is the main training phase where the network iterates chunk-by-chunk using your configured chunk count/iterations (e.g., if chunk count is 3, it performs 3 chunk updates per step), but pushing chunk count, iterations, or model sizing too high can hit Pine’s execution limits; after that, once real-time candles start printing, the script can either keep training (weights continue updating) or freeze the weights and run inference only, producing predictions from the learned parameters, and if live training is enabled it can also simulate “bars-back” style training during live mode by iterating across prior bars as if doing another history pass—which again can run into limits if chunks/iterations/sizing are too heavy—so when changing parameters to evaluate behavior you change them carefully and individually, because multiple simultaneous increases make it hard to attribute effects and can more easily trigger those execution constraints.
Weight Persistence (Save/Load):
Pine Script can’t write files or persist weights directly, so ChunkbrAI uses a library-based workaround that’s honestly tricky and kind of a pain: you enable the weight-export alerts so the script emits the weights (W1/W2/biases etc.) as text, and those payloads are chunked as well; then, outside TradingView, I use a separate Python script to parse the alert emails, reconstruct and format the chunked weights properly, and generate the corresponding library code files; after that, the libraries have to be published/updated, and only then can the main script “restore” by reading the published lib constants on chart load, effectively starting with the pre-trained weights instead of relying purely on the fresh history-run training pass. I don’t recommend this process unless you really have to—it’s fragile and high-effort—but until TradingView implements some simple built-in data storage for scripts, it’s basically the only practical way to save and reload your models.
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Limitations & Notes
* Calculation Limits: This script pushes Pine Script to its absolute edge. If you increase Chunk Size or Hidden Size too much, you WILL hit execution limits. Use the defaults as a baseline.
* Non-Deterministic: Because the "Wheel" picks random chunks for training, two instances of this script might evolve slightly different brains unless you use the Restore Weights feature.
* Experimental: This is a research tool designed to explore Neural Networks and Genetic Algorithms on the chart. Treat it as an educational engine, not financial advice.
Credits: Concept and Engineering by funkybrown.
Horizontal EMAs9, 20, 50, 100, 200 EMA's displayed horizontally. Turn each on/off individually displaying on the 15M, 1H, 4H, and 1D time frames.
lib_w2c_INDILibrary "lib_w2c_INDI"
f_getChunk18()
f_getChunk19()
f_getChunk20()
f_getChunkNames()
f_getExpectedLength()
f_getKeyword()
f_dummyRegister()
f_loadChunk(name)
Parameters:
name (string)
lib_w2b_INDILibrary "lib_w2b_INDI"
f_getChunk9()
f_getChunk10()
f_getChunk11()
f_getChunk12()
f_getChunk13()
f_getChunk14()
f_getChunk15()
f_getChunk16()
f_getChunk17()
f_getChunkNames()
f_getExpectedLength()
f_getKeyword()
f_dummyRegister()
f_loadChunk(name)
Parameters:
name (string)
lib_w2a_INDILibrary "lib_w2a_INDI"
f_getChunk0()
f_getChunk1()
f_getChunk2()
f_getChunk3()
f_getChunk4()
f_getChunk5()
f_getChunk6()
f_getChunk7()
f_getChunk8()
f_getChunkNames()
f_getExpectedLength()
f_getKeyword()
f_dummyRegister()
f_loadChunk(name)
Parameters:
name (string)
lib_w1c_INDILibrary "lib_w1c_INDI"
f_getChunk18()
f_getChunkNames()
f_getExpectedLength()
f_getKeyword()
f_dummyRegister()
f_loadChunk(name)
Parameters:
name (string)
lib_w1b_INDILibrary "lib_w1b_INDI"
f_getChunk9()
f_getChunk10()
f_getChunk11()
f_getChunk12()
f_getChunk13()
f_getChunk14()
f_getChunk15()
f_getChunk16()
f_getChunk17()
f_getChunkNames()
f_getExpectedLength()
f_getKeyword()
f_dummyRegister()
f_loadChunk(name)
Parameters:
name (string)
lib_w1a_INDILibrary "lib_w1a_INDI"
f_getChunk0()
f_getChunk1()
f_getChunk2()
f_getChunk3()
f_getChunk4()
f_getChunk5()
f_getChunk6()
f_getChunk7()
f_getChunk8()
f_getChunkNames()
f_getExpectedLength()
f_getKeyword()
f_dummyRegister()
f_loadChunk(name)
Parameters:
name (string)
lib_b2_INDILibrary "lib_b2_INDI"
f_getChunk0()
f_getChunkNames()
f_getExpectedLength()
f_getKeyword()
f_dummyRegister()
f_loadChunk(name)
Parameters:
name (string)
lib_b1_INDILibrary "lib_b1_INDI"
f_getChunk0()
f_getChunkNames()
f_getExpectedLength()
f_getKeyword()
f_dummyRegister()
f_loadChunk(name)
Parameters:
name (string)
Educational Trend Direction (Up & Down)🔍 Overview
This indicator is designed to visually represent trend direction and trend transitions using a simple moving-average relationship. It is built strictly for educational and analytical purposes, allowing users to observe how price behaves during upward and downward market phases without relying on trading signals or predictions.
The indicator focuses on trend context, not trade execution.
⚙️ How the Indicator Works
The script calculates two exponential moving averages:
A fast trend line that reacts quickly to recent price changes
A slow trend line that represents broader market direction
Trend direction is determined by the relative position of these two lines.
When the fast line moves above the slow line, the market is considered to be in an upward trend phase
When the fast line moves below the slow line, the market is considered to be in a downward trend phase
This relationship helps visualize trend shifts and momentum changes in a simple and intuitive way.
🎨 Visual Components Explained
🟢 Green Trend Line
Represents the fast moving average during upward trend phases
Indicates that price is maintaining strength relative to the broader trend
Color reflects trend direction only, not confirmation or entry
🔴 Red Trend Line
Represents the fast moving average during downward trend phases
Indicates sustained weakness relative to the broader trend
Color does not imply selling or future continuation
⚪ Grey Trend Line
Represents the slow moving average
Acts as a baseline trend reference
Helps distinguish between short-term fluctuations and broader direction
🎨 Background Shading
Light green shading appears during upward trend environments
Light red shading appears during downward trend environments
Background color provides context only and does not signal market actions
🎯 Purpose & Benefits
Helps identify trend phases in a clear and minimal way
Improves understanding of trend transitions and momentum shifts
Reduces visual noise compared to raw price data
Encourages context-based analysis instead of signal dependency
Suitable for all markets and timeframes
⚠️ Important Notes
This indicator does not generate buy or sell signals
No targets, stop levels, or performance metrics are included
Trend conditions are descriptive, not predictive
Past behavior does not guarantee future outcomes
Users should always apply their own analysis and risk management when interpreting market data.
📚 Intended Use
This tool is intended for:
Market trend study
Educational demonstrations
Visual analysis of trend direction
Long-term chart structure awareness
It is not intended for automated trading or decision-making.
Overnight Mid-point v2Same idea as first script, just refined so it takes candlesticks and not swings.
MTF Volume Profile & Signal Scanner v5The MTF Signal Scanner is a multi-timeframe trading system designed for futures trading, particularly optimized for MNQ (Micro E-mini Nasdaq-100). It combines volume profile analysis, EMA trend filtering, and a confluence scoring system to identify high-probability trade setups.
GME Regime Detector [AntiGravity]regime change identifies large buying or selling not supported by price movement.
green signals a time to begi to look for entry. and red signals a time to look to trim.
i would not suggest massive position changes, but a quick dip might not hurt.
NFA.
OAS Train Track MA SystemTrain tracks for any timeframe or EMA, helps to hold your trades with your specific EMAs






















