// Program: SMT Divergences MT4 // Author: Your Name // Date: [Current Date]

// Description: This code is a custom indicator for MetaTrader 4 that calculates and highlights divergences in price data. It uses the SMT Divergences algorithm to uncover market moves and assist in trading decisions. The indicator can be used in both scalping and regular trading strategies.

// Development Site: https://forexroboteasy.com/forex-robot-review/smt-divergences-mt4-uncover-market-moves-with-advanced-indicator-review/

// Include standard libraries #include <Trade\Trade.mqh> #include <Array\ArrayObj.mqh>

// Include custom libraries #include <SMT_Divergences.mqh>

// Define input parameters input double DivergenceThreshold = 0.0001; // Divergence threshold input int LookbackPeriod = 10; // Lookback period for divergence calculation input bool ScalpingMode = true; // Scalping mode flag

// Define global variables int BarsCount; // Number of bars double[][] PriceData; // Price data array double[][] CorrelationData; // Correlation data array double[][] DivergenceData; // Divergence data array

// Define trade variables CTrade trade; // Trade object

// Initialize function int OnInit() { // Check if the indicator is running on a supported symbol if (!IsSupportedSymbol(Symbol())) { Print('Unsupported symbol: ', Symbol()); return INIT_FAILED; }

// Initialize trade object
trade.SetExpertMagicNumber(123456); // Set expert magic number

// Initialize arrays
ArrayResize(PriceData, LookbackPeriod);
ArrayResize(CorrelationData, LookbackPeriod);
ArrayResize(DivergenceData, LookbackPeriod);

// Set indicator parameters
SetIndicatorParams(DivergenceThreshold, LookbackPeriod, ScalpingMode);

return INIT_SUCCEEDED;

}

// Start function void OnStart() { // Get number of bars BarsCount = Bars;

// Check if there are enough bars for calculation
if (BarsCount < LookbackPeriod)
{
    Print('Not enough bars for calculation');
    return;
}

// Update price data
UpdatePriceData();

// Calculate correlation data
CalculateCorrelationData();

// Calculate divergence data
CalculateDivergenceData();

// Identify and highlight divergences
HighlightDivergences();

// Detect liquidity inflow/outflow
DetectLiquidityFlow();

// Perform trading operations based on divergences
TradeDivergences();

}

// Update price data function void UpdatePriceData() { for (int i = 0; i < LookbackPeriod; i++) { PriceData[i] = ArrayCopyHigh(Symbol(), i, 0, 1); PriceData[i] = ArrayCopyLow(Symbol(), i, 0, 1); } }

// Calculate correlation data function void CalculateCorrelationData() { for (int i = 0; i < LookbackPeriod; i++) { CorrelationData[i] = CalculateCorrelation(PriceData[i], PriceData[i + 1]); } }

// Calculate divergence data function void CalculateDivergenceData() { for (int i = 0; i < LookbackPeriod; i++) { DivergenceData[i] = CalculateDivergence(PriceData[i], PriceData[i + 1], CorrelationData[i]); } }

// Highlight divergences function void HighlightDivergences() { for (int i = 0; i < LookbackPeriod; i++) { if (DivergenceData[i] > DivergenceThreshold) { // Highlight divergence on chart DrawDivergence(i, DivergenceData[i]); } } }

// Detect liquidity flow function void DetectLiquidityFlow() { // TODO: Implement liquidity flow detection logic }

// Trade divergences function void TradeDivergences() { // TODO: Implement trading logic based on divergences }

// Custom function to check if the symbol is supported bool IsSupportedSymbol(string symbol) { // TODO: Implement logic to check if the symbol is supported return true; }

// Custom function to calculate correlation double CalculateCorrelation(double[] series1, double[] series2) { // TODO: Implement correlation calculation logic return 0.0; }

// Custom function to calculate divergence double CalculateDivergence(double[] series1, double[] series2, double correlation) { // TODO: Implement divergence calculation logic return 0.0; }

// Custom function to draw divergence on chart void DrawDivergence(int barIndex, double divergence) { // TODO: Implement chart drawing logic for divergence }