public WayPoint(double price, WayPointType wpType) { Price = price; WpType = wpType; OrdNumb = -1; PosNumb = -1; }
public WayPoint(double price, WayPointType wpType) { Price = price; WPType = wpType; OrdNumb = -1; PosNumb = -1; }
/// <summary> /// Constructor /// </summary> public WayPoint(double price, WayPointType wpType, int ordNumb, int posNumb) { Price = price; WpType = wpType; if (wpType == WayPointType.Open || wpType == WayPointType.High || wpType == WayPointType.Low || wpType == WayPointType.Close || wpType == WayPointType.None) { OrdNumb = -1; } else { OrdNumb = ordNumb; } if (Backtester.PosFromNumb(posNumb).PosDir == PosDirection.None || Backtester.PosFromNumb(posNumb).PosDir == PosDirection.Closed && wpType != WayPointType.Exit && wpType != WayPointType.Reduce) { PosNumb = -1; } else { PosNumb = posNumb; } }
public void Reverse(WayPointType wpt) { switch (wpt) { case WayPointType.Vendor: NormalPath.Reverse(); break; case WayPointType.Repair: RepairPath.Reverse(); break; case WayPointType.Normal: NormalPath.Reverse(); break; case WayPointType.Ghost: GhostPath.Reverse(); break; case WayPointType.Branch: BranchPath.Reverse(); break; } }
public void ClearWaypoints(WayPointType wpType) { switch (wpType) { case WayPointType.Vendor: VendorPath.Clear(); CurrentVendorWayPointIndex = 0; break; case WayPointType.Repair: RepairPath.Clear(); CurrentRepairWayPointIndex = 0; break; case WayPointType.Normal: NormalPath.Clear(); CurrentNormalWayPointIndex = 0; break; case WayPointType.Ghost: GhostPath.Clear(); CurrentGhostWayPointIndex = 0; break; default: return; } }
/// <summary> /// Default constructor /// </summary> public Way_Point() { price = 0; wpType = WayPointType.None; ordNumb = -1; posNumb = -1; }
/// <summary> /// Shows the WayPointType as a string. /// </summary> public static string WpTypeToString(WayPointType wpType) { string output; switch (wpType) { case WayPointType.None: output = "None"; break; case WayPointType.Open: output = "Bar open"; break; case WayPointType.High: output = "Bar high"; break; case WayPointType.Low: output = "Bar low"; break; case WayPointType.Close: output = "Bar close"; break; case WayPointType.Entry: output = "Entry point"; break; case WayPointType.Exit: output = "Exit point"; break; case WayPointType.Add: output = "Adding point"; break; case WayPointType.Reduce: output = "Reducing point"; break; case WayPointType.Reverse: output = "Reversing point"; break; case WayPointType.Cancel: output = "Cancelled order"; break; default: output = "Error"; break; } return(output); }
public WayPoint GetNextWayPoint(WayPointType wpType) { switch (wpType) { case WayPointType.Vendor: if (VendorNodeCount == 0) { return(null); } CurrentVendorWayPointIndex++; if (CurrentVendorWayPointIndex >= VendorNodeCount) { CurrentVendorWayPointIndex = 0; } return(VendorPath[CurrentVendorWayPointIndex]); case WayPointType.Repair: if (RepairNodeCount == 0) { return(null); } CurrentRepairWayPointIndex++; if (CurrentRepairWayPointIndex >= RepairNodeCount) { CurrentRepairWayPointIndex = 0; } return(RepairPath[CurrentRepairWayPointIndex]); case WayPointType.Normal: if (NormalNodeCount == 0) { return(null); } CurrentNormalWayPointIndex++; if (CurrentNormalWayPointIndex >= NormalNodeCount) { CurrentNormalWayPointIndex = 0; } return(NormalPath[CurrentNormalWayPointIndex]); case WayPointType.Ghost: if (GhostNodeCount == 0) { return(null); } CurrentGhostWayPointIndex++; if (CurrentGhostWayPointIndex >= GhostNodeCount) { CurrentGhostWayPointIndex = 0; } return(GhostPath[CurrentGhostWayPointIndex]); default: return(null); } }
/// <summary>Returns a Random Waypoint from the Global WaypointList by its type (Ground, Air, Water)</summary> public static Transform GetWaypoint(WayPointType pointType) { if (WayPoints != null && WayPoints.Count > 1) { var MWayPoint = WayPoints.Find(item => item.pointType == pointType); return(MWayPoint ? MWayPoint.WPTransform : null); } return(null); }
/// <summary> /// Sets a Way Point /// </summary> public void SetWayPoint(double price, WayPointType type) { if (Positions > 0) { WayPoint[WayPoints] = new WayPoint(price, type, Summary.FormOrdNumb, Summary.PosNumb); } else { WayPoint[WayPoints] = new WayPoint(price, type); } WayPoints++; }
private int[] ArrangeOrderNumbers() { var ordNumbers = new int[orders]; int index = 0; for (int wayPoint = 0; wayPoint < StatsBuffer.WayPoints(selectedBar); wayPoint++) { int ordNumb = StatsBuffer.WayPoint(selectedBar, wayPoint).OrdNumb; WayPointType wpType = StatsBuffer.WayPoint(selectedBar, wayPoint).WpType; if (ordNumb == -1) { continue; // There is no order } if (ordNumb < StatsBuffer.OrdNumb(selectedBar, 0)) { continue; // For a transferred position } if (wpType == WayPointType.Add || wpType == WayPointType.Cancel || wpType == WayPointType.Entry || wpType == WayPointType.Exit || wpType == WayPointType.Reduce || wpType == WayPointType.Reverse) { ordNumbers[index] = ordNumb; index++; } } for (int ord = 0; ord < orders; ord++) { int ordNumb = StatsBuffer.OrdNumb(selectedBar, ord); bool toIncluded = true; for (int i = 0; i < index; i++) { if (ordNumb != ordNumbers[i]) { continue; } toIncluded = false; break; } if (!toIncluded) { continue; } ordNumbers[index] = ordNumb; index++; } return(ordNumbers); }
public WayPoint (Vector2 wayPointOfNortthComand, // up arrow way point Vector2 wayPointOfSouthComand, // south arrow way point Vector2 wayPointOfLeftComand, // left arrow way point Vector2 wayPointOfRightComand, // right arrow way point WayPointType waypoint ) { this.wayPointOfNortthComand = wayPointOfNortthComand; this.wayPointOfSouthComand = wayPointOfSouthComand; this.wayPointOfLeftComand = wayPointOfLeftComand; this.wayPointOfRightComand = wayPointOfRightComand; this.waypoint = waypoint; }
/// <summary> /// Sets a Way Point /// </summary> public void SetWayPoint(double price, WayPointType type) { if (positions > 0) { wayPoint[wayPoints] = new Way_Point(price, type, Summary.FormOrdNumb, Summary.PosNumb); } else { wayPoint[wayPoints] = new Way_Point(price, type, -1, -1); } wayPoints++; return; }
/// <summary> /// Shows the WayPointType as a string. /// </summary> public static string WpTypeToString(WayPointType wpType) { string output; switch (wpType) { case WayPointType.None: output = "None"; break; case WayPointType.Open: output = "Bar open"; break; case WayPointType.High: output = "Bar high"; break; case WayPointType.Low: output = "Bar low"; break; case WayPointType.Close: output = "Bar close"; break; case WayPointType.Entry: output = "Entry point"; break; case WayPointType.Exit: output = "Exit point"; break; case WayPointType.Add: output = "Adding point"; break; case WayPointType.Reduce: output = "Reducing point"; break; case WayPointType.Reverse: output = "Reversing point"; break; case WayPointType.Cancel: output = "Cancelled order"; break; default: output = "Error"; break; } return output; }
/// <summary> /// Constructor /// </summary> public WayPoint(double price, WayPointType wpType, int ordNumb, int posNumb) { Price = price; WPType = wpType; if (wpType == WayPointType.Open || wpType == WayPointType.High || wpType == WayPointType.Low || wpType == WayPointType.Close || wpType == WayPointType.None) OrdNumb = -1; else OrdNumb = ordNumb; if (Backtester.PosFromNumb(posNumb).PosDir == PosDirection.None || Backtester.PosFromNumb(posNumb).PosDir == PosDirection.Closed && wpType != WayPointType.Exit && wpType != WayPointType.Reduce) PosNumb = -1; else PosNumb = posNumb; }
private XLSType createRouteServiceRequest(double VDStart, double KDStart, double VDEnd, double KDEnd) { XlsDocument xLSDocument = XlsDocument.CreateDocument(); XLSType xLSTypeRequest = xLSDocument.XLS.Append(); // should be added one only RequestUtil.addXlsHeader(ref xLSTypeRequest); RequestType requestType = xLSTypeRequest.Request.Append(); requestType.methodName.Value = "DetermineRouteRequest"; DetermineRouteRequestType determineRouteRequest = requestType.DetermineRouteRequest.Append(); RoutePlanType routePlanType = determineRouteRequest.RoutePlan.Append(); RoutePreferenceTypeType routePreferenceTypeType = routePlanType.RoutePreference.Append(); routePreferenceTypeType.Value = "Shortest"; WayPointListType wayPointListType = routePlanType.WayPointList.Append(); // start WayPointType wayPointTypeStartPoint = wayPointListType.StartPoint.Append(); PositionType positionTypeStartPoint = wayPointTypeStartPoint.Position.Append(); PointType pointTypeStartPoint = positionTypeStartPoint.Point.Append(); DirectPositionType directPositionTypeStartPoint = pointTypeStartPoint.pos.Append(); directPositionTypeStartPoint.Value = VDStart.ToString() + " " + KDStart.ToString(); // end WayPointType wayPointTypeEndPoint = wayPointListType.EndPoint.Append(); PositionType positionTypeEndPoint = wayPointTypeEndPoint.Position.Append(); PointType pointTypeEndPoint = positionTypeEndPoint.Point.Append(); DirectPositionType directPositionTypeEndPoint = pointTypeEndPoint.pos.Append(); directPositionTypeEndPoint.Value = VDEnd.ToString() + " " + KDEnd.ToString(); determineRouteRequest.RouteGeometryRequest.Append(); // add this if need the text instructions RouteInstructionsRequestType routeInstructionsRequestType = determineRouteRequest.RouteInstructionsRequest.Append(); routeInstructionsRequestType.format.Value = "text/plain"; return(xLSTypeRequest); }
/// <summary> /// Paints panel pnlInfo /// </summary> void PnlInfo_Paint(object sender, PaintEventArgs e) { // ---------------------------------------------------------------------+ // | Way points description | // |--------------------------------------------------------------------+ // | Number | Description | Price | Direction | Lots | Position | Order | // |--------------------------------------------------------------------+ //xp0 xp1 xp2 xp3 xp4 xp5 xp6 xp7 Graphics g = e.Graphics; g.Clear(LayoutColors.ColorControlBack); if (!Data.IsData || !Data.IsResult) { return; } Panel pnl = (Panel)sender; Brush brush = Brushes.White; string FF = Data.FF; // Format modifier to print the floats Size size = new Size(aiX[columns] - aiX[0], infoRowHeight); StringFormat sf = new StringFormat(); sf.Alignment = StringAlignment.Center; sf.LineAlignment = StringAlignment.Near; // Caption background PointF pntStart = new PointF(0, 0); SizeF szfCaption = new Size(pnl.ClientSize.Width, 2 * infoRowHeight); RectangleF rectfCaption = new RectangleF(pntStart, szfCaption); Data.GradientPaint(g, rectfCaption, LayoutColors.ColorCaptionBack, LayoutColors.DepthCaption); // Caption Text StringFormat stringFormatCaption = new StringFormat(); stringFormatCaption.LineAlignment = StringAlignment.Center; stringFormatCaption.Trimming = StringTrimming.EllipsisCharacter; stringFormatCaption.FormatFlags = StringFormatFlags.NoWrap; stringFormatCaption.Alignment = StringAlignment.Near; string stringCaptionText = Language.T("Way Points Description"); float fCaptionWidth = (float)Math.Min(pnlInfo.ClientSize.Width, aiX[columns] - aiX[0]); float fCaptionTextWidth = g.MeasureString(stringCaptionText, fontInfo).Width; float fCaptionTextX = (float)Math.Max((fCaptionWidth - fCaptionTextWidth) / 2f, 0); PointF pfCaptionText = new PointF(fCaptionTextX, 0); SizeF sfCaptionText = new SizeF(fCaptionWidth - fCaptionTextX, infoRowHeight); rectfCaption = new RectangleF(pfCaptionText, sfCaptionText); // First caption raw g.DrawString(stringCaptionText, fontInfo, brushCaptionText, rectfCaption, stringFormatCaption); // Second caption raw for (int i = 0; i < columns; i++) { g.DrawString(asTitles[i], fontInfo, brushCaptionText, (aiX[i] + aiX[i + 1]) / 2, infoRowHeight, sf); } brush = new SolidBrush(LayoutColors.ColorControlText); for (int pnt = 0; pnt < Backtester.WayPoints(bar); pnt++) { int y = (pnt + 2) * infoRowHeight; Point point = new Point(aiX[0], y); // Even row if (pnt % 2f != 0) { g.FillRectangle(brushEvenRow, new Rectangle(point, size)); } int positionNumber = Backtester.WayPoint(bar, pnt).PosNumb; WayPointType wpType = Backtester.WayPoint(bar, pnt).WPType; PosDirection posDirection = Backtester.PosFromNumb(positionNumber).PosDir; double posLots = Backtester.PosFromNumb(positionNumber).PosLots; int ordNumber = Backtester.WayPoint(bar, pnt).OrdNumb; g.DrawString((pnt + 1).ToString(), fontInfo, brush, (aiX[0] + aiX[1]) / 2, y, sf); g.DrawString(Language.T(Way_Point.WPTypeToString(wpType)), fontInfo, brush, aiX[1] + 2, y); g.DrawString(Backtester.WayPoint(bar, pnt).Price.ToString(FF), fontInfo, brush, (aiX[3] + aiX[2]) / 2, y, sf); if (positionNumber > -1) { g.DrawString(Language.T(posDirection.ToString()), fontInfo, brush, (aiX[4] + aiX[3]) / 2, y, sf); g.DrawString(posLots.ToString(), fontInfo, brush, (aiX[5] + aiX[4]) / 2, y, sf); g.DrawString((positionNumber + 1).ToString(), fontInfo, brush, (aiX[6] + aiX[5]) / 2, y, sf); } if (ordNumber > -1) { g.DrawString((ordNumber + 1).ToString(), fontInfo, brush, (aiX[7] + aiX[6]) / 2, y, sf); } } // Vertical lines Pen penLine = new Pen(LayoutColors.ColorJournalLines); for (int i = 1; i < columns; i++) { g.DrawLine(penLine, aiX[i], 2 * infoRowHeight, aiX[i], ClientSize.Height - border); } // Border Pen penBorder = new Pen(Data.GetGradientColor(LayoutColors.ColorCaptionBack, -LayoutColors.DepthCaption), border); g.DrawLine(penBorder, 1, 2 * infoRowHeight, 1, pnl.ClientSize.Height); g.DrawLine(penBorder, pnl.ClientSize.Width - border + 1, 2 * infoRowHeight, pnl.ClientSize.Width - border + 1, pnl.ClientSize.Height); g.DrawLine(penBorder, 0, pnl.ClientSize.Height - border + 1, pnl.ClientSize.Width, pnl.ClientSize.Height - border + 1); return; }
/// <summary> /// Paints panel pnlChart /// </summary> void PnlChart_Paint(object sender, PaintEventArgs e) { Graphics g = e.Graphics; g.Clear(LayoutColors.ColorChartBack); if (!Data.IsData || !Data.IsResult) { return; } Panel pnl = (Panel)sender; Pen penFore = new Pen(LayoutColors.ColorControlText); string FF = Data.FF; // Format modifier to print the floats int width = pnl.ClientSize.Width; Size size = new Size(width, infoRowHeight); StringFormat sf = new StringFormat(); sf.Alignment = StringAlignment.Center; sf.LineAlignment = StringAlignment.Near; // Caption background PointF pntStart = new PointF(0, 0); SizeF szfCaption = new Size(width, infoRowHeight); RectangleF rectfCaption = new RectangleF(pntStart, szfCaption); Data.GradientPaint(g, rectfCaption, LayoutColors.ColorCaptionBack, LayoutColors.DepthCaption); // Caption Text StringFormat stringFormatCaption = new StringFormat(); stringFormatCaption.LineAlignment = StringAlignment.Center; stringFormatCaption.Trimming = StringTrimming.EllipsisCharacter; stringFormatCaption.FormatFlags = StringFormatFlags.NoWrap; stringFormatCaption.Alignment = StringAlignment.Center; string stringCaptionText = Language.T("Price Route Inside the Bar"); rectfCaption = new RectangleF(border, 0, pnl.ClientSize.Width - 2 * border, infoRowHeight); g.DrawString(stringCaptionText, fontInfo, brushCaptionText, rectfCaption, stringFormatCaption); // Paint the panel background RectangleF rectClient = new RectangleF(0, infoRowHeight, pnl.ClientSize.Width, pnl.Height - infoRowHeight); Data.GradientPaint(g, rectClient, LayoutColors.ColorChartBack, LayoutColors.DepthControl); // Paint bar info RectangleF rectBarInfo = new RectangleF(border, infoRowHeight + 1, pnl.ClientSize.Width - 2 * border, infoRowHeight); g.DrawString(barInfo, fontInfo, brushGridText, rectBarInfo, stringFormatCaption); // Searching the min and the max price and volume width = pnl.ClientSize.Width - 2 * border; double maxPrice = Data.High[bar]; double minPrice = Data.Low[bar]; int space = 8; int spcRight = szPrice.Width + 4; int XLeft = border + space; int XRight = width - spcRight; int chartWidth = XRight - XLeft; int YTop = 2 * infoRowHeight + 6; int YBottom = pnl.ClientSize.Height - 22; int barPixels = 28; int spcLeft = 3; int x = barPixels + spcLeft; int pointLeft = x + barPixels + 30; int pointX = pointLeft; int pointRight = XRight - 20; int points = Backtester.WayPoints(bar); int pointRadius = 3; // Grid int iCntLabels = (int)Math.Max((YBottom - YTop) / 30d, 1); double deltaPoint = (Data.InstrProperties.Digits == 5 || Data.InstrProperties.Digits == 3) ? Data.InstrProperties.Point * 100 : Data.InstrProperties.Point * 10; double delta = Math.Max(Math.Round((maxPrice - minPrice) / iCntLabels, Data.InstrProperties.Point < 0.001 ? 3 : 1), deltaPoint); minPrice = Math.Round(minPrice, Data.InstrProperties.Point < 0.001f ? 3 : 1) - Data.InstrProperties.Point * 10; minPrice -= delta; maxPrice += delta; iCntLabels = (int)Math.Ceiling((maxPrice - minPrice) / delta); maxPrice = minPrice + iCntLabels * delta; double scaleY = (YBottom - YTop) / (iCntLabels * delta); int yOpen = (int)(YBottom - (Data.Open[bar] - minPrice) * scaleY); int yHigh = (int)(YBottom - (Data.High[bar] - minPrice) * scaleY); int yLow = (int)(YBottom - (Data.Low[bar] - minPrice) * scaleY); int yClose = (int)(YBottom - (Data.Close[bar] - minPrice) * scaleY); // Find the price distance double priceDistance = 0; for (int point = 1; point < points; point++) { priceDistance += Math.Abs(Backtester.WayPoint(bar, point).Price - Backtester.WayPoint(bar, point - 1).Price); } double dPriceForAPixel = (pointRight - pointLeft) / priceDistance; // Points X int[] aiPointX = new int[points]; aiPointX[0] = pointLeft; for (int point = 1; point < points - 1; point++) { int iDistance = (int)(Math.Abs(Backtester.WayPoint(bar, point).Price - Backtester.WayPoint(bar, point - 1).Price) * dPriceForAPixel); aiPointX[point] = aiPointX[point - 1] + iDistance; } aiPointX[points - 1] = pointRight; for (int point = 1; point < points - 1; point++) { if (aiPointX[point] - aiPointX[point - 1] < barPixels + 1) { aiPointX[point] = aiPointX[point - 1] + barPixels + 1; } } for (int point = points - 2; point > 0; point--) { if (aiPointX[point + 1] - aiPointX[point] < barPixels + 1) { aiPointX[point] = aiPointX[point + 1] - barPixels - 1; } } // Find coordinates of the Way Points Point[] pntWay = new Point[points]; for (int point = 0; point < points; point++) { int pointY = (int)(YBottom - (Backtester.WayPoint(bar, point).Price - minPrice) * scaleY); pntWay[point] = new Point(aiPointX[point], pointY); } // Horizontal grid and Price labels for (double label = minPrice; label <= maxPrice + Data.InstrProperties.Point; label += delta) { int labelY = (int)(YBottom - (label - minPrice) * scaleY); g.DrawString(label.ToString(Data.FF), Font, brushGridText, XRight, labelY - Font.Height / 2 - 1); g.DrawLine(penGrid, border + space, labelY, XRight, labelY); } // Vertical Grid g.DrawLine(penGrid, x + barPixels / 2 - 1, YTop, x + barPixels / 2 - 1, YBottom + 2); for (int point = 0; point < points; point++) { Point pt1 = new Point(pntWay[point].X, YTop); Point pt2 = new Point(pntWay[point].X, YBottom + 2); Point pt3 = new Point(pntWay[point].X - 5, YBottom + 4); g.DrawLine(penGrid, pt1, pt2); g.DrawString((point + 1).ToString(), Font, brushGridText, pt3); } // Bar Number string barNumber = (bar + 1).ToString(); int stringX = x + barPixels / 2 - 1 - g.MeasureString(barNumber, Font).ToSize().Width / 2; if (Backtester.BackTestEval(bar) == "Ambiguous") { g.DrawString(barNumber, Font, brushRed, stringX, YBottom + 4); } else { g.DrawString(barNumber, Font, brushGridText, stringX, YBottom + 4); } // Draw the bar g.DrawLine(penBarBorder, x + barPixels / 2 - 1, yLow, x + barPixels / 2 - 1, yHigh); if (yClose < yOpen) // White bar { Rectangle rect = new Rectangle(x, yClose, barPixels - 2, yOpen - yClose); LinearGradientBrush lgBrush = new LinearGradientBrush(rect, colorBarWight1, colorBarWight2, 5f); g.FillRectangle(lgBrush, rect); g.DrawRectangle(penBarBorder, x, yClose, barPixels - 2, yOpen - yClose); } else if (yClose > yOpen) // Black bar { Rectangle rect = new Rectangle(x, yOpen, barPixels - 2, yClose - yOpen); LinearGradientBrush lgBrush = new LinearGradientBrush(rect, colorBarBlack1, colorBarBlack2, 5f); g.FillRectangle(lgBrush, rect); g.DrawRectangle(penBarBorder, x, yOpen, barPixels - 2, yClose - yOpen); } else // Cross { g.DrawLine(penBarBorder, x, yClose, x + barPixels - 2, yClose); } // Draw cancelled orders for (int orderIndex = 0; orderIndex < Backtester.Orders(bar); orderIndex++) { int ordNumber = Backtester.OrdNumb(bar, orderIndex); Order order = Backtester.OrdFromNumb(ordNumber); if (order.OrdStatus != OrderStatus.Cancelled) { continue; } if (order.OrdPrice > Data.High[bar] || order.OrdPrice < Data.Low[bar]) { continue; } int d = barPixels / 2 - 1; int x1 = x + d; int x2 = x + barPixels - 2; int yDeal = (int)(YBottom - (order.OrdPrice - minPrice) * scaleY); Pen pen = new Pen(LayoutColors.ColorChartGrid, 2); if (order.OrdDir == OrderDirection.Buy) { g.DrawLine(pen, x, yDeal, x1, yDeal); g.DrawLine(pen, x1, yDeal, x2, yDeal - d); g.DrawLine(pen, x2 + 1, yDeal - d + 1, x1 + d / 2 + 1, yDeal - d + 1); g.DrawLine(pen, x2, yDeal - d, x2, yDeal - d / 2); } else if (order.OrdDir == OrderDirection.Sell) { g.DrawLine(pen, x, yDeal + 1, x1 + 1, yDeal + 1); g.DrawLine(pen, x1, yDeal, x2, yDeal + d); g.DrawLine(pen, x1 + d / 2 + 1, yDeal + d, x2, yDeal + d); g.DrawLine(pen, x2, yDeal + d, x2, yDeal + d / 2 + 1); } } // Draw the deals on the bar for (int pos = 0; pos < Backtester.Positions(bar); pos++) { if (Backtester.PosTransaction(bar, pos) == Transaction.Transfer) { continue; } int yDeal = (int)(YBottom - (Backtester.PosOrdPrice(bar, pos) - minPrice) * scaleY); if (Backtester.PosDir(bar, pos) == PosDirection.Long || Backtester.PosDir(bar, pos) == PosDirection.Short) { int d = barPixels / 2 - 1; int x1 = x + d; int x2 = x + barPixels - 2; if (Backtester.OrdFromNumb(Backtester.PosOrdNumb(bar, pos)).OrdDir == OrderDirection.Buy) { // Buy Pen pen = new Pen(LayoutColors.ColorTradeLong, 2); g.DrawLine(pen, x, yDeal, x1, yDeal); g.DrawLine(pen, x1, yDeal, x2, yDeal - d); g.DrawLine(pen, x2 + 1, yDeal - d + 1, x1 + d / 2 + 1, yDeal - d + 1); g.DrawLine(pen, x2, yDeal - d, x2, yDeal - d / 2); } else { // Sell Pen pen = new Pen(LayoutColors.ColorTradeShort, 2); g.DrawLine(pen, x, yDeal + 1, x1 + 1, yDeal + 1); g.DrawLine(pen, x1, yDeal, x2, yDeal + d); g.DrawLine(pen, x1 + d / 2 + 1, yDeal + d, x2, yDeal + d); g.DrawLine(pen, x2, yDeal + d, x2, yDeal + d / 2 + 1); } } else if (Backtester.PosDir(bar, pos) == PosDirection.Closed) { // Close position int d = barPixels / 2 - 1; int x1 = x + d; int x2 = x + barPixels - 3; Pen pen = new Pen(LayoutColors.ColorTradeClose, 2); g.DrawLine(pen, x, yDeal, x1, yDeal); g.DrawLine(pen, x1, yDeal + d / 2, x2, yDeal - d / 2); g.DrawLine(pen, x1, yDeal - d / 2, x2, yDeal + d / 2); } } // Draw position lots for (int point = 0; point < points; point++) { int posNumber = Backtester.WayPoint(bar, point).PosNumb; if (posNumber == -1) { continue; } double posLots = Backtester.PosFromNumb(posNumber).PosLots; PosDirection posDirection = Backtester.PosFromNumb(posNumber).PosDir; WayPointType wpType = Backtester.WayPoint(bar, point).WPType; int posHight = (int)(Math.Max(posLots * 2, 2)); int posY = YBottom - posHight; int d = (barPixels - 1) / 2; x = pntWay[point].X - d; if (posDirection == PosDirection.Long) { // Long Rectangle rect = new Rectangle(x - 1, posY, barPixels + 1, posHight); LinearGradientBrush lgBrush = new LinearGradientBrush(rect, colorLongTrade1, colorLongTrade2, 0f); rect = new Rectangle(x, posY, barPixels - 1, posHight); g.FillRectangle(lgBrush, rect); } else if (posDirection == PosDirection.Short) { // Short Rectangle rect = new Rectangle(x - 1, posY, barPixels + 1, posHight); LinearGradientBrush lgBrush = new LinearGradientBrush(rect, colorShortTrade1, colorShortTrade2, 0f); rect = new Rectangle(x, posY, barPixels - 1, posHight); g.FillRectangle(lgBrush, rect); } else if (posDirection == PosDirection.Closed && wpType == WayPointType.Exit) { // Closed Rectangle rect = new Rectangle(x - 1, YBottom - 2, barPixels + 1, 2); LinearGradientBrush lgBrush = new LinearGradientBrush(rect, colorClosedTrade1, colorClosedTrade2, 0f); rect = new Rectangle(x, YBottom - 2, barPixels - 1, 2); g.FillRectangle(lgBrush, rect); } } // Draw the Beziers for (int point = 1; point < points; point++) { Point ptKnot1 = pntWay[point - 1]; Point ptKnot2 = pntWay[point]; int ctrlX1 = (ptKnot1.X + ptKnot2.X) / 2; int ctrlX2 = (ptKnot1.X + ptKnot2.X) / 2; int ctrlY1 = ptKnot1.Y; int ctrlY2 = ptKnot2.Y; if (point > 1) { if (pntWay[point - 2].Y > pntWay[point - 1].Y && pntWay[point - 1].Y > pntWay[point].Y || pntWay[point - 2].Y < pntWay[point - 1].Y && pntWay[point - 1].Y < pntWay[point].Y) { ctrlY1 = (pntWay[point - 1].Y + pntWay[point].Y) / 2; } } if (point < points - 1) { if (pntWay[point - 1].Y > pntWay[point].Y && pntWay[point].Y > pntWay[point + 1].Y || pntWay[point - 1].Y < pntWay[point].Y && pntWay[point].Y < pntWay[point + 1].Y) { ctrlY2 = (pntWay[point - 1].Y + pntWay[point].Y) / 2; } } if (point == 1) { ctrlX1 = ptKnot1.X; ctrlY1 = ptKnot1.Y; } if (point == points - 1) { ctrlX2 = ptKnot2.X; ctrlY2 = ptKnot2.Y; } Point ptControl1 = new Point(ctrlX1, ctrlY1); Point ptControl2 = new Point(ctrlX2, ctrlY2); g.DrawBezier(penCross, ptKnot1, ptControl1, ptControl2, ptKnot2); } // Draw the WayPoints Brush brushWeyPnt = new SolidBrush(LayoutColors.ColorChartBack); for (int point = 0; point < points; point++) { g.FillEllipse(brushWeyPnt, pntWay[point].X - pointRadius, pntWay[point].Y - pointRadius, 2 * pointRadius, 2 * pointRadius); g.DrawEllipse(penCross, pntWay[point].X - pointRadius, pntWay[point].Y - pointRadius, 2 * pointRadius, 2 * pointRadius); } // Draw the deals on the route for (int point = 0; point < points; point++) { int posNumber = Backtester.WayPoint(bar, point).PosNumb; int ordNumber = Backtester.WayPoint(bar, point).OrdNumb; if (posNumber < 0 || ordNumber < 0) { continue; } PosDirection posDirection = Backtester.PosFromNumb(posNumber).PosDir; OrderDirection ordDirection = Backtester.OrdFromNumb(ordNumber).OrdDir; WayPointType wpType = Backtester.WayPoint(bar, point).WPType; if (Backtester.PosFromNumb(posNumber).Transaction == Transaction.Transfer || wpType == WayPointType.Cancel || wpType == WayPointType.None || wpType == WayPointType.Open || wpType == WayPointType.High || wpType == WayPointType.Low || wpType == WayPointType.Close) { continue; } int yDeal = pntWay[point].Y; if (posDirection == PosDirection.Long || posDirection == PosDirection.Short) { int d = barPixels / 2 - 1; x = pntWay[point].X - d; int x1 = pntWay[point].X; int x2 = x + barPixels - 2; if (ordDirection == OrderDirection.Buy) { // Buy Pen pen = new Pen(LayoutColors.ColorTradeLong, 2); g.DrawLine(pen, x, yDeal, x1, yDeal); g.DrawLine(pen, x1, yDeal, x2, yDeal - d); g.DrawLine(pen, x2 + 1, yDeal - d + 1, x1 + d / 2 + 1, yDeal - d + 1); g.DrawLine(pen, x2, yDeal - d, x2, yDeal - d / 2); } else { // Sell Pen pen = new Pen(LayoutColors.ColorTradeShort, 2); g.DrawLine(pen, x, yDeal + 1, x1 + 1, yDeal + 1); g.DrawLine(pen, x1, yDeal, x2, yDeal + d); g.DrawLine(pen, x1 + d / 2 + 1, yDeal + d, x2, yDeal + d); g.DrawLine(pen, x2, yDeal + d, x2, yDeal + d / 2 + 1); } } else if (posDirection == PosDirection.Closed) { // Close position int d = barPixels / 2 - 1; x = pntWay[point].X - d; int x1 = pntWay[point].X; int x2 = x + barPixels - 3; Pen pen = new Pen(LayoutColors.ColorTradeClose, 2); g.DrawLine(pen, x, yDeal, x1, yDeal); g.DrawLine(pen, x1, yDeal + d / 2, x2, yDeal - d / 2); g.DrawLine(pen, x1, yDeal - d / 2, x2, yDeal + d / 2); } } // Coordinate axes g.DrawLine(penAxes, XLeft, YTop - 4, XLeft, YBottom); // Vertical left line g.DrawLine(penAxes, XLeft, YBottom, XRight, YBottom); // Border Pen penBorder = new Pen(Data.GetGradientColor(LayoutColors.ColorCaptionBack, -LayoutColors.DepthCaption), border); g.DrawLine(penBorder, 1, infoRowHeight, 1, pnl.ClientSize.Height); g.DrawLine(penBorder, pnl.ClientSize.Width - border + 1, infoRowHeight, pnl.ClientSize.Width - border + 1, pnl.ClientSize.Height); g.DrawLine(penBorder, 0, pnl.ClientSize.Height - border + 1, pnl.ClientSize.Width, pnl.ClientSize.Height - border + 1); }
/// <summary> /// Sets a Way Point /// </summary> public void SetWayPoint(double price, WayPointType type) { if (positions > 0) wayPoint[wayPoints] = new Way_Point(price, type, Summary.FormOrdNumb, Summary.PosNumb); else wayPoint[wayPoints] = new Way_Point(price, type, -1, -1); wayPoints++; return; }
/// <summary> /// Paints panel pnlChart /// </summary> private void PnlChartPaint(object sender, PaintEventArgs e) { Graphics g = e.Graphics; g.Clear(LayoutColors.ColorChartBack); if (!Data.IsData || !Data.IsResult) { return; } var pnl = (Panel)sender; int width = pnl.ClientSize.Width; // Caption background var pntStart = new PointF(0, 0); SizeF szfCaption = new Size(width, _infoRowHeight); var rectfCaption = new RectangleF(pntStart, szfCaption); Data.GradientPaint(g, rectfCaption, LayoutColors.ColorCaptionBack, LayoutColors.DepthCaption); // Caption Text var stringFormat = new StringFormat { LineAlignment = StringAlignment.Center, Trimming = StringTrimming.EllipsisCharacter, FormatFlags = StringFormatFlags.NoWrap, Alignment = StringAlignment.Center }; string stringCaptionText = Language.T("Price Route Inside the Bar"); rectfCaption = new RectangleF(Border, 0, pnl.ClientSize.Width - 2 * Border, _infoRowHeight); g.DrawString(stringCaptionText, _fontInfo, _brushCaptionText, rectfCaption, stringFormat); // Paint the panel background var rectClient = new RectangleF(0, _infoRowHeight, pnl.ClientSize.Width, pnl.Height - _infoRowHeight); Data.GradientPaint(g, rectClient, LayoutColors.ColorChartBack, LayoutColors.DepthControl); // Paint bar info var rectBarInfo = new RectangleF(Border, _infoRowHeight + 1, pnl.ClientSize.Width - 2 * Border, _infoRowHeight); g.DrawString(_barInfo, _fontInfo, _brushGridText, rectBarInfo, stringFormat); // Searching the min and the max price and volume width = pnl.ClientSize.Width - 2 * Border; double maxPrice = Data.High[_barCurrent]; double minPrice = Data.Low[_barCurrent]; const int space = 8; int spcRight = _szPrice.Width + 4; const int xLeft = Border + space; int xRight = width - spcRight; int yTop = 2 * _infoRowHeight + 6; int yBottom = pnl.ClientSize.Height - 22; int barPixels = _maxWayPoints < 10 ? 28 : _maxWayPoints < 15 ? 24 : 20; const int spcLeft = 3; int x = barPixels + spcLeft; int pointLeft = x + barPixels + 30; int pointRight = xRight - 20; int points = Backtester.WayPoints(_barCurrent); const int pointRadius = 3; // Grid var iCntLabels = (int)Math.Max((yBottom - yTop) / 30d, 1); double deltaPoint = (Data.InstrProperties.Digits == 5 || Data.InstrProperties.Digits == 3) ? Data.InstrProperties.Point * 100 : Data.InstrProperties.Point * 10; double delta = Math.Max(Math.Round((maxPrice - minPrice) / iCntLabels, Data.InstrProperties.Point < 0.001 ? 3 : 1), deltaPoint); minPrice = Math.Round(minPrice, Data.InstrProperties.Point < 0.001f ? 3 : 1) - Data.InstrProperties.Point * 10; minPrice -= delta; maxPrice += delta; iCntLabels = (int)Math.Ceiling((maxPrice - minPrice) / delta); maxPrice = minPrice + iCntLabels * delta; double scaleY = (yBottom - yTop) / (iCntLabels * delta); var yOpen = (int)(yBottom - (Data.Open[_barCurrent] - minPrice) * scaleY); var yHigh = (int)(yBottom - (Data.High[_barCurrent] - minPrice) * scaleY); var yLow = (int)(yBottom - (Data.Low[_barCurrent] - minPrice) * scaleY); var yClose = (int)(yBottom - (Data.Close[_barCurrent] - minPrice) * scaleY); // Find the price distance double priceDistance = 0; for (int point = 1; point < points; point++) { priceDistance += Math.Abs(Backtester.WayPoint(_barCurrent, point).Price - Backtester.WayPoint(_barCurrent, point - 1).Price); } double dPriceForAPixel = (pointRight - pointLeft) / priceDistance; // Points X var aiPointX = new int[points]; aiPointX[0] = pointLeft; for (int point = 1; point < points - 1; point++) { var iDistance = (int) (Math.Abs(Backtester.WayPoint(_barCurrent, point).Price - Backtester.WayPoint(_barCurrent, point - 1).Price) * dPriceForAPixel); aiPointX[point] = aiPointX[point - 1] + iDistance; } aiPointX[points - 1] = pointRight; for (int point = 1; point < points - 1; point++) { if (aiPointX[point] - aiPointX[point - 1] < barPixels + 1) { aiPointX[point] = aiPointX[point - 1] + barPixels + 1; } } for (int point = points - 2; point > 0; point--) { if (aiPointX[point + 1] - aiPointX[point] < barPixels + 1) { aiPointX[point] = aiPointX[point + 1] - barPixels - 1; } } // Find coordinates of the Way Points var pntWay = new Point[points]; for (int point = 0; point < points; point++) { var pointY = (int)(yBottom - (Backtester.WayPoint(_barCurrent, point).Price - minPrice) * scaleY); pntWay[point] = new Point(aiPointX[point], pointY); } // Horizontal grid and Price labels for (double label = minPrice; label <= maxPrice + Data.InstrProperties.Point; label += delta) { var labelY = (int)(yBottom - (label - minPrice) * scaleY); g.DrawString(label.ToString(Data.FF), Font, _brushGridText, xRight, labelY - Font.Height / 2 - 1); g.DrawLine(_penGrid, Border + space, labelY, xRight, labelY); } // Vertical Grid g.DrawLine(_penGrid, x + barPixels / 2 - 1, yTop, x + barPixels / 2 - 1, yBottom + 2); for (int point = 0; point < points; point++) { var pt1 = new Point(pntWay[point].X, yTop); var pt2 = new Point(pntWay[point].X, yBottom + 2); var pt3 = new Point(pntWay[point].X - 5, yBottom + 4); g.DrawLine(_penGrid, pt1, pt2); g.DrawString((point + 1).ToString(CultureInfo.InvariantCulture), Font, _brushGridText, pt3); } // Bar Number string barNumber = (_barCurrent + 1).ToString(CultureInfo.InvariantCulture); int stringX = x + barPixels / 2 - 1 - g.MeasureString(barNumber, Font).ToSize().Width / 2; Brush barBrush = Backtester.BackTestEval(_barCurrent) == BacktestEval.Ambiguous ? _brushRed : _brushGridText; g.DrawString(barNumber, Font, barBrush, stringX, yBottom + 4); // Draw the bar g.DrawLine(_penBarBorder, x + barPixels / 2 - 1, yLow, x + barPixels / 2 - 1, yHigh); if (yClose < yOpen) // White bar { var rect = new Rectangle(x, yClose, barPixels - 2, yOpen - yClose); var lgBrush = new LinearGradientBrush(rect, _colorBarWight1, _colorBarWight2, 5f); g.FillRectangle(lgBrush, rect); g.DrawRectangle(_penBarBorder, x, yClose, barPixels - 2, yOpen - yClose); } else if (yClose > yOpen) // Black bar { var rect = new Rectangle(x, yOpen, barPixels - 2, yClose - yOpen); var lgBrush = new LinearGradientBrush(rect, _colorBarBlack1, _colorBarBlack2, 5f); g.FillRectangle(lgBrush, rect); g.DrawRectangle(_penBarBorder, x, yOpen, barPixels - 2, yClose - yOpen); } else // Cross { g.DrawLine(_penBarBorder, x, yClose, x + barPixels - 2, yClose); } // Draw cancelled orders for (int orderIndex = 0; orderIndex < Backtester.Orders(_barCurrent); orderIndex++) { int ordNumber = Backtester.OrdNumb(_barCurrent, orderIndex); Order order = Backtester.OrdFromNumb(ordNumber); if (order.OrdStatus != OrderStatus.Cancelled) { continue; } if (order.OrdPrice > Data.High[_barCurrent] || order.OrdPrice < Data.Low[_barCurrent]) { continue; } int d = barPixels / 2 - 1; int x1 = x + d; int x2 = x + barPixels - 2; var yDeal = (int)(yBottom - (order.OrdPrice - minPrice) * scaleY); var pen = new Pen(LayoutColors.ColorChartGrid, 2); if (order.OrdDir == OrderDirection.Buy) { g.DrawLine(pen, x, yDeal, x1, yDeal); g.DrawLine(pen, x1, yDeal, x2, yDeal - d); g.DrawLine(pen, x2 + 1, yDeal - d + 1, x1 + d / 2 + 1, yDeal - d + 1); g.DrawLine(pen, x2, yDeal - d, x2, yDeal - d / 2); } else if (order.OrdDir == OrderDirection.Sell) { g.DrawLine(pen, x, yDeal + 1, x1 + 1, yDeal + 1); g.DrawLine(pen, x1, yDeal, x2, yDeal + d); g.DrawLine(pen, x1 + d / 2 + 1, yDeal + d, x2, yDeal + d); g.DrawLine(pen, x2, yDeal + d, x2, yDeal + d / 2 + 1); } } // Draw the deals on the bar for (int pos = 0; pos < Backtester.Positions(_barCurrent); pos++) { if (Backtester.PosTransaction(_barCurrent, pos) == Transaction.Transfer) { continue; } var yDeal = (int)(yBottom - (Backtester.PosOrdPrice(_barCurrent, pos) - minPrice) * scaleY); if (Backtester.PosDir(_barCurrent, pos) == PosDirection.Long || Backtester.PosDir(_barCurrent, pos) == PosDirection.Short) { int d = barPixels / 2 - 1; int x1 = x + d; int x2 = x + barPixels - 2; if (Backtester.OrdFromNumb(Backtester.PosOrdNumb(_barCurrent, pos)).OrdDir == OrderDirection.Buy) { // Buy var pen = new Pen(LayoutColors.ColorTradeLong, 2); g.DrawLine(pen, x, yDeal, x1, yDeal); g.DrawLine(pen, x1, yDeal, x2, yDeal - d); g.DrawLine(pen, x2 + 1, yDeal - d + 1, x1 + d / 2 + 1, yDeal - d + 1); g.DrawLine(pen, x2, yDeal - d, x2, yDeal - d / 2); } else { // Sell var pen = new Pen(LayoutColors.ColorTradeShort, 2); g.DrawLine(pen, x, yDeal + 1, x1 + 1, yDeal + 1); g.DrawLine(pen, x1, yDeal, x2, yDeal + d); g.DrawLine(pen, x1 + d / 2 + 1, yDeal + d, x2, yDeal + d); g.DrawLine(pen, x2, yDeal + d, x2, yDeal + d / 2 + 1); } } else if (Backtester.PosDir(_barCurrent, pos) == PosDirection.Closed) { // Close position int d = barPixels / 2 - 1; int x1 = x + d; int x2 = x + barPixels - 3; var pen = new Pen(LayoutColors.ColorTradeClose, 2); g.DrawLine(pen, x, yDeal, x1, yDeal); g.DrawLine(pen, x1, yDeal + d / 2, x2, yDeal - d / 2); g.DrawLine(pen, x1, yDeal - d / 2, x2, yDeal + d / 2); } } // Draw position lots for (int point = 0; point < points; point++) { int posNumber = Backtester.WayPoint(_barCurrent, point).PosNumb; if (posNumber == -1) { continue; } Position position = Backtester.PosFromNumb(posNumber); double posLots = position.PosLots; PosDirection posDirection = position.PosDir; WayPointType wpType = Backtester.WayPoint(_barCurrent, point).WPType; var hight = (int)(Math.Max(posLots * 2, 2)); int lenght = barPixels; int posX = pntWay[point].X - (barPixels - 1) / 2; int posY = yBottom - hight; if (point < points - 1) { lenght = pntWay[point + 1].X - pntWay[point].X + 1; } if (posDirection == PosDirection.Long) { // Long var rect = new Rectangle(posX - 1, posY - 1, lenght, hight + 2); var lgBrush = new LinearGradientBrush(rect, _colorLongTrade1, _colorLongTrade2, LinearGradientMode.Vertical); rect = new Rectangle(posX - 1, posY, lenght, hight); g.FillRectangle(lgBrush, rect); } else if (posDirection == PosDirection.Short) { // Short var rect = new Rectangle(posX - 1, posY - 1, lenght, hight + 2); var lgBrush = new LinearGradientBrush(rect, _colorShortTrade1, _colorShortTrade2, LinearGradientMode.Vertical); rect = new Rectangle(posX - 1, posY, lenght, hight); g.FillRectangle(lgBrush, rect); } else if (posDirection == PosDirection.Closed && wpType == WayPointType.Exit) { // Closed var rect = new Rectangle(posX - 1, yBottom - 2, barPixels + 1, 2); var lgBrush = new LinearGradientBrush(rect, _colorClosedTrade1, _colorClosedTrade2, LinearGradientMode.Vertical); rect = new Rectangle(posX, yBottom - 2, barPixels - 1, 2); g.FillRectangle(lgBrush, rect); } } // Draw the Beziers for (int point = 1; point < points; point++) { Point ptKnot1 = pntWay[point - 1]; Point ptKnot2 = pntWay[point]; int ctrlX1 = (ptKnot1.X + ptKnot2.X) / 2; int ctrlX2 = (ptKnot1.X + ptKnot2.X) / 2; int ctrlY1 = ptKnot1.Y; int ctrlY2 = ptKnot2.Y; if (point > 1) { if (pntWay[point - 2].Y > pntWay[point - 1].Y && pntWay[point - 1].Y > pntWay[point].Y || pntWay[point - 2].Y < pntWay[point - 1].Y && pntWay[point - 1].Y < pntWay[point].Y) { ctrlY1 = (pntWay[point - 1].Y + pntWay[point].Y) / 2; } } if (point < points - 1) { if (pntWay[point - 1].Y > pntWay[point].Y && pntWay[point].Y > pntWay[point + 1].Y || pntWay[point - 1].Y < pntWay[point].Y && pntWay[point].Y < pntWay[point + 1].Y) { ctrlY2 = (pntWay[point - 1].Y + pntWay[point].Y) / 2; } } if (point == 1) { ctrlX1 = ptKnot1.X; ctrlY1 = ptKnot1.Y; } if (point == points - 1) { ctrlX2 = ptKnot2.X; ctrlY2 = ptKnot2.Y; } var ptControl1 = new Point(ctrlX1, ctrlY1); var ptControl2 = new Point(ctrlX2, ctrlY2); g.DrawBezier(_penCross, ptKnot1, ptControl1, ptControl2, ptKnot2); } // Draw the WayPoints Brush brushWeyPnt = new SolidBrush(LayoutColors.ColorChartBack); for (int point = 0; point < points; point++) { g.FillEllipse(brushWeyPnt, pntWay[point].X - pointRadius, pntWay[point].Y - pointRadius, 2 * pointRadius, 2 * pointRadius); g.DrawEllipse(_penCross, pntWay[point].X - pointRadius, pntWay[point].Y - pointRadius, 2 * pointRadius, 2 * pointRadius); } // Draw O, H, L, C labels for (int point = 0; point < points; point++) { WayPointType wpType = Backtester.WayPoint(_barCurrent, point).WPType; if (wpType != WayPointType.Open && wpType != WayPointType.High && wpType != WayPointType.Low && wpType != WayPointType.Close) { continue; } string label = "?"; switch (wpType) { case WayPointType.Open: label = "O"; break; case WayPointType.High: label = "H"; break; case WayPointType.Low: label = "L"; break; case WayPointType.Close: label = "C"; break; } int xPoint = pntWay[point].X; int yPoint = pntWay[point].Y - Font.Height - 3; var stringFormatLabel = new StringFormat { Alignment = StringAlignment.Center }; g.DrawString(label, Font, _brushGridText, xPoint, yPoint, stringFormatLabel); } // Draw the deals on the route for (int point = 0; point < points; point++) { int posNumber = Backtester.WayPoint(_barCurrent, point).PosNumb; int ordNumber = Backtester.WayPoint(_barCurrent, point).OrdNumb; if (posNumber < 0 || ordNumber < 0) { continue; } PosDirection posDirection = Backtester.PosFromNumb(posNumber).PosDir; OrderDirection ordDirection = Backtester.OrdFromNumb(ordNumber).OrdDir; WayPointType wpType = Backtester.WayPoint(_barCurrent, point).WPType; if (wpType == WayPointType.None || wpType == WayPointType.Open || wpType == WayPointType.High || wpType == WayPointType.Low || wpType == WayPointType.Close) { continue; } int yDeal = pntWay[point].Y; if (posDirection == PosDirection.Long || posDirection == PosDirection.Short || wpType == WayPointType.Cancel) { int d = barPixels / 2 - 1; x = pntWay[point].X - d; int x1 = pntWay[point].X; int x2 = x + barPixels - 2; if (ordDirection == OrderDirection.Buy) { // Buy var pen = new Pen(LayoutColors.ColorTradeLong, 2); if (wpType == WayPointType.Cancel) { pen = new Pen(LayoutColors.ColorChartGrid, 2); } g.DrawLine(pen, x, yDeal, x1, yDeal); g.DrawLine(pen, x1, yDeal, x2, yDeal - d); g.DrawLine(pen, x2 + 1, yDeal - d + 1, x1 + d / 2 + 1, yDeal - d + 1); g.DrawLine(pen, x2, yDeal - d, x2, yDeal - d / 2); } else { // Sell var pen = new Pen(LayoutColors.ColorTradeShort, 2); if (wpType == WayPointType.Cancel) { pen = new Pen(LayoutColors.ColorChartGrid, 2); } g.DrawLine(pen, x, yDeal + 1, x1 + 1, yDeal + 1); g.DrawLine(pen, x1, yDeal, x2, yDeal + d); g.DrawLine(pen, x1 + d / 2 + 1, yDeal + d, x2, yDeal + d); g.DrawLine(pen, x2, yDeal + d, x2, yDeal + d / 2 + 1); } } if (posDirection == PosDirection.Closed) { // Close position int d = barPixels / 2 - 1; x = pntWay[point].X - d; int x1 = pntWay[point].X; int x2 = x + barPixels - 3; var pen = new Pen(LayoutColors.ColorTradeClose, 2); g.DrawLine(pen, x, yDeal, x1, yDeal); g.DrawLine(pen, x1, yDeal + d / 2, x2, yDeal - d / 2); g.DrawLine(pen, x1, yDeal - d / 2, x2, yDeal + d / 2); } } // Coordinate axes g.DrawLine(_penAxes, xLeft, yTop - 4, xLeft, yBottom); // Vertical left line g.DrawLine(_penAxes, xLeft, yBottom, xRight, yBottom); // Border var penBorder = new Pen(Data.GetGradientColor(LayoutColors.ColorCaptionBack, -LayoutColors.DepthCaption), Border); g.DrawLine(penBorder, 1, _infoRowHeight, 1, pnl.ClientSize.Height); g.DrawLine(penBorder, pnl.ClientSize.Width - Border + 1, _infoRowHeight, pnl.ClientSize.Width - Border + 1, pnl.ClientSize.Height); g.DrawLine(penBorder, 0, pnl.ClientSize.Height - Border + 1, pnl.ClientSize.Width, pnl.ClientSize.Height - Border + 1); }
public WayPoint(WayPointType waypoint) { this.waypoint = waypoint; }
/// <summary> /// Sets a Way Point /// </summary> public void SetWayPoint(double price, WayPointType type) { if (Positions > 0) WayPoint[WayPoints] = new WayPoint(price, type, Summary.FormOrdNumb, Summary.PosNumb); else WayPoint[WayPoints] = new WayPoint(price, type); WayPoints++; }
public WayPoint GetNextWayPoint(WayPointType wpType) { switch (wpType) { case WayPointType.Vendor: if (VendorNodeCount == 0) { return null; } CurrentVendorWayPointIndex++; if (CurrentVendorWayPointIndex >= VendorNodeCount) { CurrentVendorWayPointIndex = 0; } return VendorPath[CurrentVendorWayPointIndex]; case WayPointType.Repair: if (RepairNodeCount == 0) { return null; } CurrentRepairWayPointIndex++; if (CurrentRepairWayPointIndex >= RepairNodeCount) { CurrentRepairWayPointIndex = 0; } return RepairPath[CurrentRepairWayPointIndex]; case WayPointType.Normal: if (NormalNodeCount == 0) { return null; } CurrentNormalWayPointIndex++; if (CurrentNormalWayPointIndex >= NormalNodeCount) { CurrentNormalWayPointIndex = 0; } return NormalPath[CurrentNormalWayPointIndex]; case WayPointType.Ghost: if (GhostNodeCount == 0) { return null; } CurrentGhostWayPointIndex++; if (CurrentGhostWayPointIndex >= GhostNodeCount) { CurrentGhostWayPointIndex = 0; } return GhostPath[CurrentGhostWayPointIndex]; default: return null; } }
/// <summary> /// Updates the journal data from the backtester /// </summary> void UpdateJournalData() { if (!Data.IsResult) { return; } Order[] aOrders = new Order[orders]; aiOrderIcons = new Image[orders]; int ordIndex = 0; for (int point = 0; point < Backtester.WayPoints(selectedBar); point++) { int iOrdNumber = Backtester.WayPoint(selectedBar, point).OrdNumb; WayPointType wpType = Backtester.WayPoint(selectedBar, point).WPType; if (iOrdNumber == -1) { continue; // There is no order } if (iOrdNumber < Backtester.OrdNumb(selectedBar, 0)) { continue; // For a transferred position } if (wpType == WayPointType.Add || wpType == WayPointType.Cancel || wpType == WayPointType.Entry || wpType == WayPointType.Exit || wpType == WayPointType.Reduce || wpType == WayPointType.Reverse) { aOrders[ordIndex] = Backtester.OrdFromNumb(iOrdNumber); ordIndex++; } } for (int ord = 0; ord < orders; ord++) { int ordNumber = Backtester.OrdNumb(selectedBar, ord); bool toIncluded = true; for (int i = 0; i < ordIndex; i++) { if (ordNumber == aOrders[i].OrdNumb) { toIncluded = false; break; } } if (toIncluded) { aOrders[ordIndex] = Backtester.OrdFromNumb(ordNumber); ordIndex++; } } asJournalData = new string[orders, columns]; for (int ord = firstOrd; ord < firstOrd + shownOrd; ord++) { int row = ord - firstOrd; string ordIF = (aOrders[ord].OrdIF > 0 ? (aOrders[ord].OrdIF + 1).ToString() : "-"); string ordPrice2 = (aOrders[ord].OrdPrice2 > 0 ? aOrders[ord].OrdPrice2.ToString(Data.FF) : "-"); asJournalData[row, 0] = (aOrders[ord].OrdNumb + 1).ToString(); asJournalData[row, 1] = Language.T(aOrders[ord].OrdDir.ToString()); asJournalData[row, 2] = Language.T(aOrders[ord].OrdType.ToString()); if (Configs.AccountInMoney) { string sOrdAmount = (aOrders[ord].OrdDir == OrderDirection.Sell ? "-" : "") + (aOrders[ord].OrdLots * Data.InstrProperties.LotSize).ToString(); asJournalData[row, 3] = sOrdAmount; } else { asJournalData[row, 3] = aOrders[ord].OrdLots.ToString(); } asJournalData[row, 4] = aOrders[ord].OrdPrice.ToString(Data.FF); asJournalData[row, 5] = ordPrice2; asJournalData[row, 6] = Language.T(aOrders[ord].OrdStatus.ToString()); asJournalData[row, 7] = aOrders[ord].OrdNote; // Icons aiOrderIcons[row] = aOrders[ord].OrderIcon; } return; }
public WayPoint() { Location = new Vector3D(0, 0, 0); WPType = WayPointType.Normal; }
public WayPoint(Vector3D location) { Location = location; WPType = WayPointType.Normal; }
public WayPoint(Vector3D location, WayPointType type) { Location = location; WPType = type; }
/// <summary> /// Paints panel pnlInfo /// </summary> private void PnlInfoPaint(object sender, PaintEventArgs e) { // ---------------------------------------------------------------------+ // | Way points description | // |--------------------------------------------------------------------+ // | Number | Description | Price | Direction | Lots | Position | Order | // |--------------------------------------------------------------------+ //xp0 xp1 xp2 xp3 xp4 xp5 xp6 xp7 Graphics g = e.Graphics; g.Clear(LayoutColors.ColorControlBack); if (!Data.IsData || !Data.IsResult) { return; } var pnl = (Panel)sender; string ff = Data.FF; // Format modifier to print the floats var size = new Size(_aiX[_columns] - _aiX[0], _infoRowHeight); var sf = new StringFormat { Alignment = StringAlignment.Center, LineAlignment = StringAlignment.Near }; // Caption background var pntStart = new PointF(0, 0); SizeF szfCaption = new Size(pnl.ClientSize.Width, 2 * _infoRowHeight); var rectfCaption = new RectangleF(pntStart, szfCaption); Data.GradientPaint(g, rectfCaption, LayoutColors.ColorCaptionBack, LayoutColors.DepthCaption); // Caption Text var stringFormat = new StringFormat { LineAlignment = StringAlignment.Center, Trimming = StringTrimming.EllipsisCharacter, FormatFlags = StringFormatFlags.NoWrap, Alignment = StringAlignment.Near }; string stringCaptionText = Language.T("Way Points Description"); float captionWidth = Math.Min(_pnlInfo.ClientSize.Width, _aiX[_columns] - _aiX[0]); float fCaptionTextWidth = g.MeasureString(stringCaptionText, _fontInfo).Width; float fCaptionTextX = Math.Max((captionWidth - fCaptionTextWidth) / 2f, 0); var pfCaptionText = new PointF(fCaptionTextX, 0); var sfCaptionText = new SizeF(captionWidth - fCaptionTextX, _infoRowHeight); rectfCaption = new RectangleF(pfCaptionText, sfCaptionText); // First caption raw g.DrawString(stringCaptionText, _fontInfo, _brushCaptionText, rectfCaption, stringFormat); // Second caption raw for (int i = 0; i < _columns; i++) { g.DrawString(_asTitles[i], _fontInfo, _brushCaptionText, (_aiX[i] + _aiX[i + 1]) / 2f, _infoRowHeight, sf); } Brush brush = new SolidBrush(LayoutColors.ColorControlText); for (int pnt = 0; pnt < Backtester.WayPoints(_barCurrent); pnt++) { int y = (pnt + 2) * _infoRowHeight; var point = new Point(_aiX[0], y); // Even row if (Math.Abs(pnt % 2f - 0) > 0.00001) { g.FillRectangle(_brushEvenRow, new Rectangle(point, size)); } int positionNumber = Backtester.WayPoint(_barCurrent, pnt).PosNumb; WayPointType wpType = Backtester.WayPoint(_barCurrent, pnt).WPType; PosDirection posDirection = Backtester.PosFromNumb(positionNumber).PosDir; double posLots = Backtester.PosFromNumb(positionNumber).PosLots; int ordNumber = Backtester.WayPoint(_barCurrent, pnt).OrdNumb; g.DrawString((pnt + 1).ToString(CultureInfo.InvariantCulture), _fontInfo, brush, (_aiX[0] + _aiX[1]) / 2f, y, sf); g.DrawString(Language.T(WayPoint.WPTypeToString(wpType)), _fontInfo, brush, _aiX[1] + 2, y); g.DrawString(Backtester.WayPoint(_barCurrent, pnt).Price.ToString(ff), _fontInfo, brush, (_aiX[3] + _aiX[2]) / 2f, y, sf); if (positionNumber > -1) { g.DrawString(Language.T(posDirection.ToString()), _fontInfo, brush, (_aiX[4] + _aiX[3]) / 2f, y, sf); g.DrawString(posLots.ToString(CultureInfo.InvariantCulture), _fontInfo, brush, (_aiX[5] + _aiX[4]) / 2f, y, sf); g.DrawString((positionNumber + 1).ToString(CultureInfo.InvariantCulture), _fontInfo, brush, (_aiX[6] + _aiX[5]) / 2f, y, sf); } if (ordNumber > -1) { g.DrawString((ordNumber + 1).ToString(CultureInfo.InvariantCulture), _fontInfo, brush, (_aiX[7] + _aiX[6]) / 2f, y, sf); } } // Vertical lines var penLine = new Pen(LayoutColors.ColorJournalLines); for (int i = 1; i < _columns; i++) { g.DrawLine(penLine, _aiX[i], 2 * _infoRowHeight, _aiX[i], ClientSize.Height - Border); } // Border var penBorder = new Pen(Data.GetGradientColor(LayoutColors.ColorCaptionBack, -LayoutColors.DepthCaption), Border); g.DrawLine(penBorder, 1, 2 * _infoRowHeight, 1, pnl.ClientSize.Height); g.DrawLine(penBorder, pnl.ClientSize.Width - Border + 1, 2 * _infoRowHeight, pnl.ClientSize.Width - Border + 1, pnl.ClientSize.Height); g.DrawLine(penBorder, 0, pnl.ClientSize.Height - Border + 1, pnl.ClientSize.Width, pnl.ClientSize.Height - Border + 1); }
/// <summary> /// Iterates through the waypoints and makes us walk to the next one in the list /// </summary> /// <param name="wpType">The type of waypoint we're going to (Normal, Vendor, GraveYard, etc..)</param> public void WalkToNextWayPoint(WayPointType wpType) { WayPoint wp = WayPointManager.Instance.GetNextWayPoint(wpType); if (wp != null) { MoveTo(wp.Location); } }