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It would be ideal to provide the installers for those older versions with which this text works, so that everyone can continue testing. Although I don’t think it’s good to use outdated versions, they are still quite useful for background testing Bookmap 7.3 b45 Jigsaw daytradr 4.0.1.8 NinjaTrader 7.0.1000 NinjaTrader 8.0.27.1 Rithmic Trader Pro 17.27

I’ve been using all the models and all the versions for over a year now, and my conclusion is that currently, to achieve decent results in NT8 with AI, you need to use a combination of advanced models such as Claude 4.1, ChatGPT Pro, and Grok. The latter is almost the same as GPT Pro. Claude Ultra is also very similar, though a bit more focused on conversation. If anyone is interested in having private discussions or programming together with GPT Pro, we have a group where seats are available to use the PRO version of GPT at a very low cost. The group is exclusively focused on trading and code. Best regards,

really need it too

Anyone who purchased or tried NextGen knew that after installation the initial batch of DLLs prompted you to log into your computer to modify certain settings. I was able to confirm that afterwards they would send you DLLs that overwrote certain files, as well as additional files placed in the /x86 directories—possibly including an x86 code section designed to prevent bypassing, especially since the locations where similar files were placed remained unknown. When Abblesys was cracked by John, several people provided information about this. The same goes for taskools—they contain x86 code sections (i.e., written in C++) intended to hinder deobfuscation.

put full screenshot with allindies running

I HAD OTHER USER NAME I ALREDY SEND SEEVRAL TIME THE REQUEST TO ACTIATE MY OLD USER

"I'm also interested in keeping intellectual property with us forever

LINk NOT WORK update

FILI

some link?

WolfeWaveVisual Indicator - User Manual Overview The WolfeWaveVisual indicator is designed to automatically identify and display Wolfe Wave patterns on your NinjaTrader 8 charts. This implementation features enhanced visualization, flexible detection parameters, and real-time alerts. Key Features Automatic Pattern Detection: Identifies both bullish and bearish Wolfe Wave patterns Clear Visual Markers: Highlights each swing point with diamonds and numbered labels ZigZag Visualization: Shows the underlying price structure used for pattern detection Target Price Projection: Calculates and displays potential price targets based on pattern geometry Configurable Parameters: Adjust sensitivity and visualization to suit different markets and timeframes Debug Mode: Provides detailed information about pattern detection process Real-time Alerts: Notifies you when new patterns form Parameter Settings Parameter Description Recommended Range FractalStrength Number of bars on each side to confirm swing points 2-5 MaxLookback Maximum number of bars to analyze for patterns 100-500 PatternTolerance Flexibility in pattern validation (higher = more patterns) 0.3-0.7 MinPointsForPattern Minimum number of swing points before pattern checking 5-10 ShowAllPoints Display all detected zigzag points True ShowTargetProjection Display target price projection lines True DebugMode Show detailed debug information True (initially) Color Settings Setting Description BullishColor Color for bullish Wolfe Wave patterns BearishColor Color for bearish Wolfe Wave patterns ZigZagColor Color for the zigzag connecting swing points Pattern Identification The indicator identifies two types of Wolfe Wave patterns: Bullish Wolfe Wave Forms during downtrends Consists of 5 points (3 valleys and 2 peaks) Point 5 is lower than point 3 Points 1-3 and 2-4 converge Potential buying opportunity at point 5 Bearish Wolfe Wave Forms during uptrends Consists of 5 points (3 peaks and 2 valleys) Point 5 is higher than point 3 Points 1-3 and 2-4 converge Potential selling opportunity at point 5 Troubleshooting Issue Solution No patterns detected Increase PatternTolerance, decrease FractalStrength Too many false patterns Decrease PatternTolerance, increase FractalStrength ZigZag lines missing Ensure ShowAllPoints is enabled No visual elements Check that the indicator is applied to price panel Tips for Best Results Use on higher timeframes (H1, H4, Daily) for more reliable patterns Combine with volume analysis and support/resistance levels Start with DebugMode enabled to understand detection process Adjust FractalStrength based on market volatility Consider patterns more reliable when they align with the overall trend Technical Notes Indicator recalculates on each new bar Pattern detection uses a zigzag-based approach Target prices are calculated using projection of line 1-3 Alerts trigger once when a pattern is first detected

HERE AN UPDATE #region Using declarations using System; using System.Collections.Generic; using System.ComponentModel; using System.ComponentModel.DataAnnotations; using System.Linq; using System.Text; using System.Threading.Tasks; using System.Windows; using System.Windows.Input; using System.Windows.Media; using System.Xml.Serialization; using NinjaTrader.Cbi; using NinjaTrader.Gui; using NinjaTrader.Gui.Chart; using NinjaTrader.Gui.SuperDom; using NinjaTrader.Gui.Tools; using NinjaTrader.Data; using NinjaTrader.NinjaScript; using NinjaTrader.Core.FloatingPoint; using NinjaTrader.NinjaScript.DrawingTools; using NinjaTrader.NinjaScript.Indicators; #endregion namespace NinjaTrader.NinjaScript.Indicators { public class WolfeWaveVisual : Indicator { #region Variables private List<WolfePoint> peakPoints = new List<WolfePoint>(); private List<WolfePoint> valleyPoints = new List<WolfePoint>(); private int lastProcessedBar = 0; private bool isDebugMode = false; private int patternCount = 0; private class WolfePoint { public int BarIndex { get; set; } // Índice de la barra public double Price { get; set; } // Precio del punto public DateTime Time { get; set; } // Tiempo asociado public bool IsPeak { get; set; } // Si es pico (true) o valle (false) public WolfePoint(int barIndex, double price, DateTime time, bool isPeak) { BarIndex = barIndex; Price = price; Time = time; IsPeak = isPeak; } } private class WolfePattern { public WolfePoint Point1 { get; set; } public WolfePoint Point2 { get; set; } public WolfePoint Point3 { get; set; } public WolfePoint Point4 { get; set; } public WolfePoint Point5 { get; set; } public bool IsBullish { get; set; } public double TargetPrice { get; set; } } #endregion #region Properties [NinjaScriptProperty] [Range(1, 10)] [Display(Name="Fractal Strength", Description="Number of bars on each side to confirm fractals", Order=1, GroupName="Parameters")] public int FractalStrength { get; set; } [NinjaScriptProperty] [Range(1, 500)] [Display(Name="Max Lookback Bars", Description="Maximum number of bars to look back for patterns", Order=2, GroupName="Parameters")] public int MaxLookback { get; set; } [NinjaScriptProperty] [Range(0.1, 1.0)] [Display(Name="Pattern Tolerance", Description="Tolerance for validating patterns (0.1-1.0)", Order=3, GroupName="Parameters")] public double PatternTolerance { get; set; } [NinjaScriptProperty] [Display(Name="Show All ZigZag Points", Description="Show all detected zigzag points", Order=4, GroupName="Visualization")] public bool ShowAllPoints { get; set; } [NinjaScriptProperty] [Display(Name="Bullish Pattern Color", Order=5, GroupName="Visualization")] public Brush BullishColor { get; set; } [NinjaScriptProperty] [Display(Name="Bearish Pattern Color", Order=6, GroupName="Visualization")] public Brush BearishColor { get; set; } [NinjaScriptProperty] [Display(Name="ZigZag Line Color", Order=7, GroupName="Visualization")] public Brush ZigZagColor { get; set; } [NinjaScriptProperty] [Display(Name="Triangle Size", Description="Size of triangles marking pattern completion", Order=8, GroupName="Visualization")] public int TriangleSize { get; set; } [NinjaScriptProperty] [Display(Name="Show Target Projection", Description="Show target price projection", Order=9, GroupName="Visualization")] public bool ShowTargetProjection { get; set; } [NinjaScriptProperty] [Display(Name="Min Points For Pattern", Description="Minimum number of zigzag points needed before checking patterns", Order=10, GroupName="Parameters")] public int MinPointsForPattern { get; set; } [NinjaScriptProperty] [Display(Name="Debug Mode", Description="Show additional information for debugging", Order=11, GroupName="Parameters")] public bool DebugMode { get; set; } #endregion protected override void OnStateChange() { if (State == State.SetDefaults) { Description = "Wolfe Wave Indicator with Enhanced Visualization"; Name = "WolfeWaveVisual"; Calculate = Calculate.OnEachTick; // Vamos a calcular en cada tick para mayor precisión IsOverlay = true; DisplayInDataBox = true; DrawOnPricePanel = true; DrawHorizontalGridLines = true; DrawVerticalGridLines = true; PaintPriceMarkers = true; ScaleJustification = NinjaTrader.Gui.Chart.ScaleJustification.Right; // Establecer valores predeterminados FractalStrength = 2; MaxLookback = 200; PatternTolerance = 0.5; ShowAllPoints = true; BullishColor = Brushes.LimeGreen; BearishColor = Brushes.Crimson; ZigZagColor = Brushes.DodgerBlue; TriangleSize = 8; ShowTargetProjection = true; MinPointsForPattern = 5; DebugMode = true; // Crear plots para asegurar que el indicador aparezca en el gráfico AddPlot(new Stroke(ZigZagColor, 2), PlotStyle.Line, "ZigZag"); } else if (State == State.Configure) { // No necesita configuración adicional } else if (State == State.DataLoaded) { // Inicializar variables peakPoints.Clear(); valleyPoints.Clear(); lastProcessedBar = 0; isDebugMode = DebugMode; if (isDebugMode) { ClearOutputWindow(); Print("WolfeWaveVisual: Inicializado con Fractal=" + FractalStrength + ", Lookback=" + MaxLookback + ", Tolerance=" + PatternTolerance); } } else if (State == State.Historical) { // Limpiar gráfico al empezar RemoveDrawObjects(); } } protected override void OnBarUpdate() { // Asegurarse de que tenemos suficientes barras para el análisis if (CurrentBar < FractalStrength * 2 + 1) return; // Actualizar plots para asegurar que el indicador se ve Values[0][0] = Close[0]; // Solo procesar una vez por barra if (lastProcessedBar == CurrentBar) return; lastProcessedBar = CurrentBar; // Detectar y almacenar picos y valles FindZigZagPoints(); // Mostrar ZigZag si está habilitado if (ShowAllPoints) { DrawZigZag(); } // Solo buscar patrones si tenemos suficientes puntos if (peakPoints.Count >= MinPointsForPattern/2&&valleyPoints.Count >= MinPointsForPattern/2) { // Detectar patrones Wolfe Wave FindWolfeWavePatterns(); } } #region ZigZag Detection private void FindZigZagPoints() { // Primero, verificar si hay un nuevo pico if (IsPeak(FractalStrength)) { // Verificar si este pico ya fue agregado bool alreadyExists = false; foreach (var point in peakPoints) { if (point.BarIndex == CurrentBar - FractalStrength) { alreadyExists = true; break; } } if (!alreadyExists) { WolfePoint newPeak = new WolfePoint( CurrentBar - FractalStrength, High[FractalStrength], Time[FractalStrength], true ); peakPoints.Add(newPeak); if (isDebugMode) { Print("WolfeWaveVisual: Nuevo pico detectado en barra " + newPeak.BarIndex + " a precio " + newPeak.Price); } // Marca el pico visualmente string tagName = "Peak_" + newPeak.BarIndex; Draw.Diamond(this, tagName, false, FractalStrength, High[FractalStrength], Brushes.Gold); Draw.Text(this, "txt_" + tagName, false, "P", FractalStrength, High[FractalStrength] + 3*TickSize, 0, Brushes.White, new SimpleFont("Arial", 9), TextAlignment.Center, Brushes.DarkGoldenrod, Brushes.DarkGoldenrod, 80); } } // Luego, verificar si hay un nuevo valle if (IsValley(FractalStrength)) { // Verificar si este valle ya fue agregado bool alreadyExists = false; foreach (var point in valleyPoints) { if (point.BarIndex == CurrentBar - FractalStrength) { alreadyExists = true; break; } } if (!alreadyExists) { WolfePoint newValley = new WolfePoint( CurrentBar - FractalStrength, Low[FractalStrength], Time[FractalStrength], false ); valleyPoints.Add(newValley); if (isDebugMode) { Print("WolfeWaveVisual: Nuevo valle detectado en barra " + newValley.BarIndex + " a precio " + newValley.Price); } // Marca el valle visualmente string tagName = "Valley_" + newValley.BarIndex; Draw.Diamond(this, tagName, false, FractalStrength, Low[FractalStrength], Brushes.DarkOrange); Draw.Text(this, "txt_" + tagName, false, "V", FractalStrength, Low[FractalStrength] - 3*TickSize, 0, Brushes.White, new SimpleFont("Arial", 9), TextAlignment.Center, Brushes.DarkOrange, Brushes.DarkOrange, 80); } } // Limpia puntos antiguos fuera del lookback CleanupOldPoints(); } private bool IsPeak(int strength) { if (CurrentBar < strength * 2) return false; double middleHigh = High[strength]; // Verificar las barras a la izquierda (barras más antiguas) for (int i = 1; i <= strength; i++) { if (High[strength + i] >= middleHigh) return false; } // Verificar las barras a la derecha (barras más recientes) for (int i = 1; i <= strength; i++) { if (High[strength - i] >= middleHigh) return false; } return true; } private bool IsValley(int strength) { if (CurrentBar < strength * 2) return false; double middleLow = Low[strength]; // Verificar las barras a la izquierda (barras más antiguas) for (int i = 1; i <= strength; i++) { if (Low[strength + i] <= middleLow) return false; } // Verificar las barras a la derecha (barras más recientes) for (int i = 1; i <= strength; i++) { if (Low[strength - i] <= middleLow) return false; } return true; } private void CleanupOldPoints() { // Mantener solo los puntos dentro del lookback int lookbackBar = Math.Max(0, CurrentBar - MaxLookback); // Limpiar picos antiguos peakPoints.RemoveAll(p => p.BarIndex < lookbackBar); // Limpiar valles antiguos valleyPoints.RemoveAll(v => v.BarIndex < lookbackBar); } private void DrawZigZag() { // Combinar todos los puntos List<WolfePoint> allPoints = new List<WolfePoint>(); allPoints.AddRange(peakPoints); allPoints.AddRange(valleyPoints); // Ordenar por índice de barra (del más antiguo al más reciente) allPoints = allPoints.OrderBy(p => p.BarIndex).ToList(); // Dibujar líneas ZigZag entre puntos consecutivos for (int i = 0; i < allPoints.Count - 1; i++) { WolfePoint current = allPoints[i]; WolfePoint next = allPoints[i + 1]; // Solo conectar si son de tipos diferentes (pico a valle o valle a pico) if (current.IsPeak != next.IsPeak) { string tagName = "ZigZag_" + current.BarIndex + "_" + next.BarIndex; Draw.Line(this, tagName, false, CurrentBar - current.BarIndex, current.Price, CurrentBar - next.BarIndex, next.Price, ZigZagColor, DashStyleHelper.Solid, 1); } } } #endregion #region Wolfe Wave Pattern Detection private void FindWolfeWavePatterns() { FindBullishWolfeWaves(); FindBearishWolfeWaves(); } private void FindBullishWolfeWaves() { // Verificar si tenemos suficientes valles (necesitamos al menos 3) y picos (necesitamos al menos 2) if (valleyPoints.Count < 3 || peakPoints.Count < 2) return; // Ordenar puntos de más recientes a más antiguos List<WolfePoint> sortedValleys = valleyPoints.OrderByDescending(v => v.BarIndex).ToList(); List<WolfePoint> sortedPeaks = peakPoints.OrderByDescending(p => p.BarIndex).ToList(); // Si no tenemos al menos un valle reciente para el punto 5, no hay patrón if (sortedValleys.Count == 0) return; // Comenzar con el valle más reciente como punto 5 WolfePoint point5 = sortedValleys[0]; // Buscar un pico antes del punto 5 para ser el punto 4 WolfePoint point4 = null; foreach (var peak in sortedPeaks) { if (peak.BarIndex < point5.BarIndex&&peak.Price > point5.Price) { point4 = peak; break; } } if (point4 == null) return; // Buscar un valle antes del punto 4 para ser el punto 3 WolfePoint point3 = null; foreach (var valley in sortedValleys) { if (valley.BarIndex < point4.BarIndex&&valley.Price < point4.Price) { point3 = valley; break; } } if (point3 == null) return; // Buscar un pico antes del punto 3 para ser el punto 2 WolfePoint point2 = null; foreach (var peak in sortedPeaks) { if (peak.BarIndex < point3.BarIndex&&peak.Price > point3.Price) { point2 = peak; break; } } if (point2 == null) return; // Buscar un valle antes del punto 2 para ser el punto 1 WolfePoint point1 = null; foreach (var valley in sortedValleys) { if (valley.BarIndex < point2.BarIndex&&valley.Price < point2.Price) { point1 = valley; break; } } if (point1 == null) return; // Verificar si es un patrón Wolfe Wave Bullish válido if (IsBullishWolfeWaveValid(point1, point2, point3, point4, point5)) { // Calcular el objetivo de precio double targetPrice = CalculateBullishTarget(point1, point3, point5); // Dibujar el patrón DrawBullishWolfeWave(point1, point2, point3, point4, point5, targetPrice); if (isDebugMode) { Print("WolfeWaveVisual: Patrón ALCISTA encontrado en barra " + CurrentBar); } } } private void FindBearishWolfeWaves() { // Verificar si tenemos suficientes picos (necesitamos al menos 3) y valles (necesitamos al menos 2) if (peakPoints.Count < 3 || valleyPoints.Count < 2) return; // Ordenar puntos de más recientes a más antiguos List<WolfePoint> sortedPeaks = peakPoints.OrderByDescending(p => p.BarIndex).ToList(); List<WolfePoint> sortedValleys = valleyPoints.OrderByDescending(v => v.BarIndex).ToList(); // Si no tenemos al menos un pico reciente para el punto 5, no hay patrón if (sortedPeaks.Count == 0) return; // Comenzar con el pico más reciente como punto 5 WolfePoint point5 = sortedPeaks[0]; // Buscar un valle antes del punto 5 para ser el punto 4 WolfePoint point4 = null; foreach (var valley in sortedValleys) { if (valley.BarIndex < point5.BarIndex&&valley.Price < point5.Price) { point4 = valley; break; } } if (point4 == null) return; // Buscar un pico antes del punto 4 para ser el punto 3 WolfePoint point3 = null; foreach (var peak in sortedPeaks) { if (peak.BarIndex < point4.BarIndex&&peak.Price > point4.Price) { point3 = peak; break; } } if (point3 == null) return; // Buscar un valle antes del punto 3 para ser el punto 2 WolfePoint point2 = null; foreach (var valley in sortedValleys) { if (valley.BarIndex < point3.BarIndex&&valley.Price < point3.Price) { point2 = valley; break; } } if (point2 == null) return; // Buscar un pico antes del punto 2 para ser el punto 1 WolfePoint point1 = null; foreach (var peak in sortedPeaks) { if (peak.BarIndex < point2.BarIndex&&peak.Price > point2.Price) { point1 = peak; break; } } if (point1 == null) return; // Verificar si es un patrón Wolfe Wave Bearish válido if (IsBearishWolfeWaveValid(point1, point2, point3, point4, point5)) { // Calcular el objetivo de precio double targetPrice = CalculateBearishTarget(point1, point3, point5); // Dibujar el patrón DrawBearishWolfeWave(point1, point2, point3, point4, point5, targetPrice); if (isDebugMode) { Print("WolfeWaveVisual: Patrón BAJISTA encontrado en barra " + CurrentBar); } } } private bool IsBullishWolfeWaveValid(WolfePoint p1, WolfePoint p2, WolfePoint p3, WolfePoint p4, WolfePoint p5) { // Verificar la secuencia de tiempo if (!(p1.BarIndex < p2.BarIndex&&p2.BarIndex < p3.BarIndex&&p3.BarIndex < p4.BarIndex&&p4.BarIndex < p5.BarIndex)) { return false; } // Verificar que los puntos alternan entre picos y valles if (!(p1.IsPeak == false&&p2.IsPeak == true&&p3.IsPeak == false&&p4.IsPeak == true&&p5.IsPeak == false)) { return false; } // Para patrones bullish, el punto 5 debe ser más bajo que el punto 3 if (p5.Price >= p3.Price) { if (isDebugMode) Print("WolfeWaveVisual: Patrón BULLISH rechazado - Punto 5 no es más bajo que Punto 3"); return false; } // El punto 4 debe ser más alto que el punto 2 if (p4.Price <= p2.Price) { if (isDebugMode) Print("WolfeWaveVisual: Patrón BULLISH rechazado - Punto 4 no es más alto que Punto 2"); return false; } // Calcular pendientes double slope13 = CalculateSlope(p1, p3); double slope24 = CalculateSlope(p2, p4); double slope14 = CalculateSlope(p1, p4); // En un patrón bullish, la pendiente 1-3 debe ser menos positiva (o más negativa) que la pendiente 2-4 // Permitimos cierta tolerancia double tolerance = Math.Abs(slope24 * PatternTolerance); if (slope13 >= slope24 + tolerance) { if (isDebugMode) Print("WolfeWaveVisual: Patrón BULLISH rechazado - Pendiente 1-3 no converge con 2-4"); return false; } return true; } private bool IsBearishWolfeWaveValid(WolfePoint p1, WolfePoint p2, WolfePoint p3, WolfePoint p4, WolfePoint p5) { // Verificar la secuencia de tiempo if (!(p1.BarIndex < p2.BarIndex&&p2.BarIndex < p3.BarIndex&&p3.BarIndex < p4.BarIndex&&p4.BarIndex < p5.BarIndex)) { return false; } // Verificar que los puntos alternan entre picos y valles if (!(p1.IsPeak == true&&p2.IsPeak == false&&p3.IsPeak == true&&p4.IsPeak == false&&p5.IsPeak == true)) { return false; } // Para patrones bearish, el punto 5 debe ser más alto que el punto 3 if (p5.Price <= p3.Price) { if (isDebugMode) Print("WolfeWaveVisual: Patrón BEARISH rechazado - Punto 5 no es más alto que Punto 3"); return false; } // El punto 4 debe ser más bajo que el punto 2 if (p4.Price >= p2.Price) { if (isDebugMode) Print("WolfeWaveVisual: Patrón BEARISH rechazado - Punto 4 no es más bajo que Punto 2"); return false; } // Calcular pendientes double slope13 = CalculateSlope(p1, p3); double slope24 = CalculateSlope(p2, p4); double slope14 = CalculateSlope(p1, p4); // En un patrón bearish, la pendiente 1-3 debe ser más positiva (o menos negativa) que la pendiente 2-4 // Permitimos cierta tolerancia double tolerance = Math.Abs(slope24 * PatternTolerance); if (slope13 <= slope24 - tolerance) { if (isDebugMode) Print("WolfeWaveVisual: Patrón BEARISH rechazado - Pendiente 1-3 no converge con 2-4"); return false; } return true; } private double CalculateSlope(WolfePoint start, WolfePoint end) { if (end.BarIndex == start.BarIndex) return 0; return (end.Price - start.Price) / (end.BarIndex - start.BarIndex); } #endregion #region Visualization Methods private void DrawBullishWolfeWave(WolfePoint p1, WolfePoint p2, WolfePoint p3, WolfePoint p4, WolfePoint p5, double targetPrice) { patternCount++; string patternId = "Bull_" + CurrentBar + "_" + patternCount; // Calcular las coordenadas de barra para el dibujo (distancia desde la barra actual) int x1 = CurrentBar - p1.BarIndex; int x2 = CurrentBar - p2.BarIndex; int x3 = CurrentBar - p3.BarIndex; int x4 = CurrentBar - p4.BarIndex; int x5 = CurrentBar - p5.BarIndex; // Dibujar líneas conectando los puntos Draw.Line(this, patternId + "_1_2", false, x1, p1.Price, x2, p2.Price, BullishColor, DashStyleHelper.Solid, 2); Draw.Line(this, patternId + "_2_3", false, x2, p2.Price, x3, p3.Price, BullishColor, DashStyleHelper.Solid, 2); Draw.Line(this, patternId + "_3_4", false, x3, p3.Price, x4, p4.Price, BullishColor, DashStyleHelper.Solid, 2); Draw.Line(this, patternId + "_4_5", false, x4, p4.Price, x5, p5.Price, BullishColor, DashStyleHelper.Solid, 2); // Dibujar líneas de proyección si está habilitado if (ShowTargetProjection) { // Extender la línea 1-3 para proyectar el objetivo de precio // Calculamos la barra donde la proyección alcanzaría el objetivo double slope13 = CalculateSlope(p1, p3); int barsFromPoint1 = p5.BarIndex - p1.BarIndex; int projectionBars = barsFromPoint1 + Math.Min(50, barsFromPoint1 / 2); // Dibujar proyección desde punto 1 hasta el objetivo Draw.Line(this, patternId + "_target", false, x1, p1.Price, CurrentBar - (p1.BarIndex + projectionBars), targetPrice, Brushes.Gold, DashStyleHelper.Dash, 2); // Etiquetar el precio objetivo Draw.Text(this, patternId + "_targetlabel", false, "Target: " + FormatPrice(targetPrice), CurrentBar - (p1.BarIndex + projectionBars/2), targetPrice, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkGoldenrod, Brushes.DarkGoldenrod, 80); } // Etiquetar los puntos Draw.Text(this, patternId + "_p1", false, "1", x1, p1.Price, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkGreen, Brushes.DarkGreen, 80); Draw.Text(this, patternId + "_p2", false, "2", x2, p2.Price, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkGreen, Brushes.DarkGreen, 80); Draw.Text(this, patternId + "_p3", false, "3", x3, p3.Price, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkGreen, Brushes.DarkGreen, 80); Draw.Text(this, patternId + "_p4", false, "4", x4, p4.Price, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkGreen, Brushes.DarkGreen, 80); Draw.Text(this, patternId + "_p5", false, "5", x5, p5.Price, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkGreen, Brushes.DarkGreen, 80); // Dibujar un triángulo para marcar el patrón completo Draw.TriangleUp(this, patternId + "_marker", false, x5, p5.Price - 2 * TickSize, BullishColor); Alert("WolfeWave_Bull", Priority.Medium, "Wolfe Wave Bullish Pattern", NinjaTrader.Core.Globals.InstallDir + @"\sounds\Alert1.wav", 0, Brushes.LimeGreen, Brushes.Black); } private void DrawBearishWolfeWave(WolfePoint p1, WolfePoint p2, WolfePoint p3, WolfePoint p4, WolfePoint p5, double targetPrice) { patternCount++; string patternId = "Bear_" + CurrentBar + "_" + patternCount; // Calcular las coordenadas de barra para el dibujo (distancia desde la barra actual) int x1 = CurrentBar - p1.BarIndex; int x2 = CurrentBar - p2.BarIndex; int x3 = CurrentBar - p3.BarIndex; int x4 = CurrentBar - p4.BarIndex; int x5 = CurrentBar - p5.BarIndex; // Dibujar líneas conectando los puntos Draw.Line(this, patternId + "_1_2", false, x1, p1.Price, x2, p2.Price, BearishColor, DashStyleHelper.Solid, 2); Draw.Line(this, patternId + "_2_3", false, x2, p2.Price, x3, p3.Price, BearishColor, DashStyleHelper.Solid, 2); Draw.Line(this, patternId + "_3_4", false, x3, p3.Price, x4, p4.Price, BearishColor, DashStyleHelper.Solid, 2); Draw.Line(this, patternId + "_4_5", false, x4, p4.Price, x5, p5.Price, BearishColor, DashStyleHelper.Solid, 2); // Dibujar líneas de proyección si está habilitado if (ShowTargetProjection) { // Extender la línea 1-3 para proyectar el objetivo de precio // Calculamos la barra donde la proyección alcanzaría el objetivo double slope13 = CalculateSlope(p1, p3); int barsFromPoint1 = p5.BarIndex - p1.BarIndex; int projectionBars = barsFromPoint1 + Math.Min(50, barsFromPoint1 / 2); // Dibujar proyección desde punto 1 hasta el objetivo Draw.Line(this, patternId + "_target", false, x1, p1.Price, CurrentBar - (p1.BarIndex + projectionBars), targetPrice, Brushes.Gold, DashStyleHelper.Dash, 2); // Etiquetar el precio objetivo Draw.Text(this, patternId + "_targetlabel", false, "Target: " + FormatPrice(targetPrice), CurrentBar - (p1.BarIndex + projectionBars/2), targetPrice, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkGoldenrod, Brushes.DarkGoldenrod, 80); } // Etiquetar los puntos Draw.Text(this, patternId + "_p1", false, "1", x1, p1.Price, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkRed, Brushes.DarkRed, 80); Draw.Text(this, patternId + "_p2", false, "2", x2, p2.Price, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkRed, Brushes.DarkRed, 80); Draw.Text(this, patternId + "_p3", false, "3", x3, p3.Price, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkRed, Brushes.DarkRed, 80); Draw.Text(this, patternId + "_p4", false, "4", x4, p4.Price, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkRed, Brushes.DarkRed, 80); Draw.Text(this, patternId + "_p5", false, "5", x5, p5.Price, 0, Brushes.White, new SimpleFont("Arial", 10), TextAlignment.Center, Brushes.DarkRed, Brushes.DarkRed, 80); // Dibujar un triángulo para marcar el patrón completo Draw.TriangleDown(this, patternId + "_marker", false, x5, p5.Price + 2 * TickSize, BearishColor); Alert("WolfeWave_Bear", Priority.Medium, "Wolfe Wave Bearish Pattern", NinjaTrader.Core.Globals.InstallDir + @"\sounds\Alert2.wav", 0, Brushes.Crimson, Brushes.Black); } private double CalculateBullishTarget(WolfePoint p1, WolfePoint p3, WolfePoint p5) { double slope = CalculateSlope(p1, p3); int barDiff = p5.BarIndex - p1.BarIndex; double targetPrice = p1.Price + slope * barDiff; // Asegurar que el objetivo sea razonable (si es demasiado bajo, ajustarlo) return Math.Max(targetPrice, p5.Price + 5 * TickSize); } private double CalculateBearishTarget(WolfePoint p1, WolfePoint p3, WolfePoint p5) { double slope = CalculateSlope(p1, p3); int barDiff = p5.BarIndex - p1.BarIndex; double targetPrice = p1.Price + slope * barDiff; // Asegurar que el objetivo sea razonable (si es demasiado alto, ajustarlo) return Math.Min(targetPrice, p5.Price - 5 * TickSize); } private string FormatPrice(double price) { return Instrument.MasterInstrument.FormatPrice(price); } #endregion } }

YES I CAN