internal DxfLayerRecord(string layerName, int colorNumber, LineTypeEnum lineTypeName, int lineWeight) { layerName.Trim(); layerName.Replace(" ", "_"); this.LayerName = layerName; this.lineTypeName = lineTypeName.ToString(); if (colorNumber < 1) { colorNumber = 3; } if (colorNumber > 248) { colorNumber = 3; } this.colorNumber = colorNumber.ToString(); if (lineWeight < 5) { lineWeight = 5; } if (lineWeight > 80) { lineWeight = 80; } this.lineWeight = lineWeight.ToString(); }
protected Tuple <LineTypeEnum, string> ReturnParse( LineTypeEnum lineType, string parsedString) { _logger.Info("Parsed as line type: " + lineType); _logger.Info("Returned content: '" + parsedString + "'"); _logger.CloseSection(_location); return(new Tuple <LineTypeEnum, string>(lineType, parsedString)); }
protected override Tuple <LineTypeEnum, string> ParseLine(string line, LineTypeEnum lastLineType = LineTypeEnum.Nothing) { _location = this.GetType().Name + "." + MethodBase.GetCurrentMethod().Name; _logger.OpenSection(_location); _logger.Info("Parsing line '" + line + "'..."); if (line.Length == 0) { return(ReturnParse(LineTypeEnum.Nothing, null)); } var firstCharacter = line.Substring(0, 1); if (firstCharacter == "#") { return(ReturnParse(LineTypeEnum.Comment, null)); } if (firstCharacter == ":") { var contentStart = line.IndexOf("="); if (contentStart > -1) { var content = line.Substring(contentStart + 1); if (line.IndexOf(":WordStyle=", StringComparison.InvariantCultureIgnoreCase) == 0) { return(ReturnParse(LineTypeEnum.Comment, content)); } } } if (line.Contains("【") && line.Contains("】")) { return(ReturnParse(LineTypeEnum.JwpceWord, line)); } if (line.Contains("「") && line.Contains("」") && lastLineType != LineTypeEnum.Quote) { return(ReturnParse(LineTypeEnum.Quote, line)); } if (lastLineType != LineTypeEnum.Source) { return(ReturnParse(LineTypeEnum.Source, line)); } var ex = new Exception("Could not parse line: '" + line + "'"); _logger.Error(ex); throw ex; }
internal DxfLinetypeRecord(LineTypeEnum dxfLineType) { switch (dxfLineType) { case LineTypeEnum.CONTINUOUS: InitContinuous(); break; case LineTypeEnum.DASH: InitDash(); break; } }
protected override Tuple <LineTypeEnum, string> ParseLine(string line, LineTypeEnum lastLineType = LineTypeEnum.Nothing) { _location = this.GetType().Name + "." + MethodBase.GetCurrentMethod().Name; _logger.OpenSection(_location); _logger.Info("Parsing line '" + line + "'..."); if (line.Length == 0) { return(ReturnParse(LineTypeEnum.Nothing, null)); } var firstCharacter = line.Substring(0, 1); if (firstCharacter == "#") { return(ReturnParse(LineTypeEnum.Comment, null)); } if (firstCharacter == ":") { var contentStart = line.IndexOf("="); if (contentStart > -1) { var content = line.Substring(contentStart + 1); if (line.IndexOf(":src=", StringComparison.InvariantCultureIgnoreCase) == 0) { return(ReturnParse(LineTypeEnum.Source, content)); } if (line.IndexOf(":WordStyle=", StringComparison.InvariantCultureIgnoreCase) == 0) { return(ReturnParse(LineTypeEnum.Comment, content)); } if (line.IndexOf(":cat=", StringComparison.InvariantCultureIgnoreCase) == 0) { return(ReturnParse(LineTypeEnum.Comment, content)); } if (line.IndexOf(":subcat=", StringComparison.InvariantCultureIgnoreCase) == 0) { return(ReturnParse(LineTypeEnum.Comment, content)); } } } if (line.Contains("「") && line.Contains("」")) { return(ReturnParse(LineTypeEnum.Quote, line)); } if (lastLineType == LineTypeEnum.Quote || lastLineType == LineTypeEnum.Translation) { return(ReturnParse(LineTypeEnum.Kanji, line)); } if (lastLineType == LineTypeEnum.Kanji) { if (LineContainsKana(line)) { return(ReturnParse(LineTypeEnum.Kana, line)); } // for when a word isn't kanji-kana-romaji-translation, but only kana and translation // e.g. "うだうだ \r\n idle, long-winded and meaningless" if (LineContainsAlphabetLetters(line)) { return(ReturnParse(LineTypeEnum.Translation, line)); } var exInner = new Exception("Could not parse line: '" + line + "'"); _logger.Error(exInner); throw exInner; } if (lastLineType == LineTypeEnum.Kana) { return(ReturnParse(LineTypeEnum.Romaji, line)); } if (lastLineType == LineTypeEnum.Romaji) { return(ReturnParse(LineTypeEnum.Translation, line)); } var ex = new Exception("Could not parse line: '" + line + "'"); _logger.Error(ex); throw ex; }
internal DxfLineType(LineTypeEnum typeEnum) { this.LineTypeEnum = typeEnum; }
public void GetProperties() { DrawingObjectEnumerator drawingObjectEnum = drawingHandler.GetDrawingObjectSelector().GetSelected(); if (drawingObjectEnum.GetSize() == 1) { while (drawingObjectEnum.MoveNext()) { if (drawingObjectEnum.Current is Tekla.Structures.Drawing.GridLine) { Tekla.Structures.Drawing.GridLine grid = (Tekla.Structures.Drawing.GridLine)drawingObjectEnum.Current; if (grid.Attributes.DrawOnlyTextLabelsNotGridLines) { drawOnlyTextLabelsNotGridLines = Bool.True; } else { drawOnlyTextLabelsNotGridLines = Bool.False; } if (grid.Attributes.DrawTextAtEndOfGridLine) { drawTextAtEndOfGridLine = Bool.True; } else { drawTextAtEndOfGridLine = Bool.False; } if (grid.Attributes.DrawTextAtStartOfGridLine) { drawTextAtStartOfGridLine = Bool.True; } else { drawTextAtStartOfGridLine = Bool.False; } if (grid.Attributes.Font.Bold) { fontBold = Bool.True; } else { fontBold = Bool.False; } fontColour = grid.Attributes.Font.Color; fontHeight = grid.Attributes.Font.Height.ToString(); if (grid.Attributes.Font.Italic) { fontItalic = Bool.True; } else { fontItalic = Bool.False; } fontName = grid.Attributes.Font.Name; frameColour = grid.Attributes.Frame.Color; if (grid.Attributes.Frame.Type == FrameTypes.Circle) { frameType = FrameTypeEnum.Circle; } else if (grid.Attributes.Frame.Type == FrameTypes.Diamond) { frameType = FrameTypeEnum.Diamond; } else if (grid.Attributes.Frame.Type == FrameTypes.Hexagon) { frameType = FrameTypeEnum.Hexagon; } else if (grid.Attributes.Frame.Type == FrameTypes.Line) { frameType = FrameTypeEnum.Line; } else if (grid.Attributes.Frame.Type == FrameTypes.None) { frameType = FrameTypeEnum.None; } else if (grid.Attributes.Frame.Type == FrameTypes.Rectangular) { frameType = FrameTypeEnum.Rectangular; } else if (grid.Attributes.Frame.Type == FrameTypes.Round) { frameType = FrameTypeEnum.Round; } else if (grid.Attributes.Frame.Type == FrameTypes.Sharpened) { frameType = FrameTypeEnum.Sharpened; } else if (grid.Attributes.Frame.Type == FrameTypes.Triangle) { frameType = FrameTypeEnum.Triangle; } lineColour = grid.Attributes.Line.Color; if (grid.Attributes.Line.Type == LineTypes.DashDot) { lineType = LineTypeEnum.DashDot; } else if (grid.Attributes.Line.Type == LineTypes.DashDoubleDot) { lineType = LineTypeEnum.DashDoubleDot; } else if (grid.Attributes.Line.Type == LineTypes.DashedLine) { lineType = LineTypeEnum.DashedLine; } else if (grid.Attributes.Line.Type == LineTypes.DottedLine) { lineType = LineTypeEnum.DottedLine; } else if (grid.Attributes.Line.Type == LineTypes.SlashDash) { lineType = LineTypeEnum.SlashDash; } else if (grid.Attributes.Line.Type == LineTypes.SlashedLine) { lineType = LineTypeEnum.SlashedLine; } else if (grid.Attributes.Line.Type == LineTypes.SolidLine) { lineType = LineTypeEnum.SolidLine; } else if (grid.Attributes.Line.Type == LineTypes.UndefinedLine) { lineType = LineTypeEnum.UndefinedLine; } offsetAtEndOfLine = grid.Attributes.OffsetAtEndOfLine.ToString(); offsetAtStartOfLine = grid.Attributes.OffsetAtStartOfLine.ToString(); gridLabelText = grid.EndLabel.GridLabelText; } } } if (drawingObjectEnum.GetSize() > 1) { drawOnlyTextLabelsNotGridLines = new Bool(); drawTextAtEndOfGridLine = new Bool(); drawTextAtStartOfGridLine = new Bool(); fontColour = new DrawingColors(); fontHeight = ""; fontBold = new Bool(); fontItalic = new Bool(); fontName = ""; frameColour = new DrawingColors(); frameType = new FrameTypeEnum(); lineColour = new DrawingColors(); lineType = new LineTypeEnum(); offsetAtEndOfLine = ""; offsetAtStartOfLine = ""; gridLabelText = ""; } }
public void GetProperties() { DrawingObjectEnumerator drawingObjectEnum = drawingHandler.GetDrawingObjectSelector().GetSelected(); if (drawingObjectEnum.GetSize() == 1) { while (drawingObjectEnum.MoveNext()) { if (drawingObjectEnum.Current is Tekla.Structures.Drawing.GridLine) { Tekla.Structures.Drawing.GridLine grid = (Tekla.Structures.Drawing.GridLine)drawingObjectEnum.Current; if (grid.Attributes.DrawOnlyTextLabelsNotGridLines) drawOnlyTextLabelsNotGridLines = Bool.True; else drawOnlyTextLabelsNotGridLines = Bool.False; if (grid.Attributes.DrawTextAtEndOfGridLine) drawTextAtEndOfGridLine = Bool.True; else drawTextAtEndOfGridLine = Bool.False; if (grid.Attributes.DrawTextAtStartOfGridLine) drawTextAtStartOfGridLine = Bool.True; else drawTextAtStartOfGridLine = Bool.False; if (grid.Attributes.Font.Bold) fontBold = Bool.True; else fontBold = Bool.False; fontColour = grid.Attributes.Font.Color; fontHeight = grid.Attributes.Font.Height.ToString(); if (grid.Attributes.Font.Italic) fontItalic = Bool.True; else fontItalic = Bool.False; fontName = grid.Attributes.Font.Name; frameColour = grid.Attributes.Frame.Color; if (grid.Attributes.Frame.Type == FrameTypes.Circle) frameType = FrameTypeEnum.Circle; else if (grid.Attributes.Frame.Type == FrameTypes.Diamond) frameType = FrameTypeEnum.Diamond; else if (grid.Attributes.Frame.Type == FrameTypes.Hexagon) frameType = FrameTypeEnum.Hexagon; else if (grid.Attributes.Frame.Type == FrameTypes.Line) frameType = FrameTypeEnum.Line; else if (grid.Attributes.Frame.Type == FrameTypes.None) frameType = FrameTypeEnum.None; else if (grid.Attributes.Frame.Type == FrameTypes.Rectangular) frameType = FrameTypeEnum.Rectangular; else if (grid.Attributes.Frame.Type == FrameTypes.Round) frameType = FrameTypeEnum.Round; else if (grid.Attributes.Frame.Type == FrameTypes.Sharpened) frameType = FrameTypeEnum.Sharpened; else if (grid.Attributes.Frame.Type == FrameTypes.Triangle) frameType = FrameTypeEnum.Triangle; lineColour = grid.Attributes.Line.Color; if (grid.Attributes.Line.Type == LineTypes.DashDot) lineType = LineTypeEnum.DashDot; else if (grid.Attributes.Line.Type == LineTypes.DashDoubleDot) lineType = LineTypeEnum.DashDoubleDot; else if (grid.Attributes.Line.Type == LineTypes.DashedLine) lineType = LineTypeEnum.DashedLine; else if (grid.Attributes.Line.Type == LineTypes.DottedLine) lineType = LineTypeEnum.DottedLine; else if (grid.Attributes.Line.Type == LineTypes.SlashDash) lineType = LineTypeEnum.SlashDash; else if (grid.Attributes.Line.Type == LineTypes.SlashedLine) lineType = LineTypeEnum.SlashedLine; else if (grid.Attributes.Line.Type == LineTypes.SolidLine) lineType = LineTypeEnum.SolidLine; else if (grid.Attributes.Line.Type == LineTypes.UndefinedLine) lineType = LineTypeEnum.UndefinedLine; offsetAtEndOfLine = grid.Attributes.OffsetAtEndOfLine.ToString(); offsetAtStartOfLine = grid.Attributes.OffsetAtStartOfLine.ToString(); gridLabelText = grid.EndLabel.GridLabelText; } } } if (drawingObjectEnum.GetSize() > 1) { drawOnlyTextLabelsNotGridLines = new Bool(); drawTextAtEndOfGridLine = new Bool(); drawTextAtStartOfGridLine = new Bool(); fontColour = new DrawingColors(); fontHeight = ""; fontBold = new Bool(); fontItalic = new Bool(); fontName = ""; frameColour = new DrawingColors(); frameType = new FrameTypeEnum(); lineColour = new DrawingColors(); lineType = new LineTypeEnum(); offsetAtEndOfLine = ""; offsetAtStartOfLine = ""; gridLabelText = ""; } }
/// <summary> /// default Constructor /// </summary> public AxisLine(LineTypeEnum lineType, DimensionEnum dimension, LineOrderEnum lineOrder, Color lineColor, double strokeThickness, FrameworkElement testFrameworkElement) { LineType = lineType; Dimension = dimension; LineOrder = lineOrder; this.testFrameworkElement = testFrameworkElement; testControl = (testFrameworkElement as Control) !; DependencyObject vparent = VisualTreeHelper.GetParent(testFrameworkElement); DependencyObject vgparent = VisualTreeHelper.GetParent(vparent); hostGrid = (vgparent as Grid) !; if (hostGrid == null) { throw new NotSupportedException("TestFrameworkElement must be placed directly in a Grid."); } hostGridRow = Grid.GetColumn(testFrameworkElement); hostGirdColumn = Grid.GetRow(testFrameworkElement); ThisLine = new Line { StrokeThickness = strokeThickness }; if (dimension == DimensionEnum.width) { ThisLine.VerticalAlignment = VerticalAlignment.Stretch; } else /* height*/ { ThisLine.HorizontalAlignment = HorizontalAlignment.Stretch; } GradientStopCollection gradientStopCollection = new GradientStopCollection(4); if (lineOrder == LineOrderEnum.first) { gradientStopCollection.Add(new GradientStop(lineColor, 0)); gradientStopCollection.Add(new GradientStop(lineColor, 0.5)); gradientStopCollection.Add(new GradientStop(Colors.Transparent, 0.5)); gradientStopCollection.Add(new GradientStop(Colors.Transparent, 1)); } else { gradientStopCollection.Add(new GradientStop(Colors.Transparent, 0)); gradientStopCollection.Add(new GradientStop(Colors.Transparent, 0.5)); gradientStopCollection.Add(new GradientStop(lineColor, 0.5)); gradientStopCollection.Add(new GradientStop(lineColor, 1)); } LinearGradientBrush brush; if (dimension == DimensionEnum.width) { brush = new LinearGradientBrush(gradientStopCollection, 0); } else { brush = new LinearGradientBrush(gradientStopCollection, 90); } brush.Opacity = 0.4; brush.Freeze(); ThisLine.Stroke = brush; ThisLine.StrokeThickness = strokeThickness; int[] strokeDashes; if (testControl == null) { if (lineType != LineTypeEnum.margin) { throw new Exception("lineType '' only support for FrameworkElements inheriting from Control."); } strokeDashes = singlelineStrokeDashes; } else { strokeDashes = multilineStrokeDashes[(int)lineType]; } ThisLine.StrokeDashArray = new DoubleCollection(); foreach (double strokeDash in strokeDashes) { ThisLine.StrokeDashArray.Add(strokeDash); } if (dimension == DimensionEnum.width) { ThisLine.Y2 = SystemParameters.VirtualScreenHeight; ThisLine.X1 = strokeThickness / 2; ThisLine.X2 = strokeThickness / 2; ThisLine.Cursor = Cursors.ScrollWE; if (lineOrder == LineOrderEnum.first) { LineName = "Left"; } else { LineName = "Right"; } } else { ThisLine.X2 = SystemParameters.VirtualScreenWidth; ThisLine.Y1 = strokeThickness / 2; ThisLine.Y2 = strokeThickness / 2; ThisLine.Cursor = Cursors.ScrollNS; if (lineOrder == LineOrderEnum.first) { LineName = "Top"; } else { LineName = "Bottom"; } } switch (LineType) { case LineTypeEnum.margin: changeThicknessProperty = FrameworkElement.MarginProperty; LineName += "Margin"; break; case LineTypeEnum.border: changeThicknessProperty = Control.BorderThicknessProperty; LineName += "Border"; break; case LineTypeEnum.padding: changeThicknessProperty = Control.PaddingProperty; LineName += "Padding"; break; default: throw new Exception("LineType '" + LineType + "' not supported"); } hostGrid.Children.Add(ThisLine); Grid.SetRow(ThisLine, hostGridRow); Grid.SetColumn(ThisLine, hostGirdColumn); ThisLine.MouseDown += mouseDown; ThisLine.MouseMove += mouseMove; ThisLine.MouseUp += mouseUp; }
public void GetProperties() { DrawingObjectEnumerator drawingObjectEnum = drawingHandler.GetDrawingObjectSelector().GetSelected(); if (drawingObjectEnum.GetSize() == 1) { while (drawingObjectEnum.MoveNext()) { if (drawingObjectEnum.Current is Tekla.Structures.Drawing.Part) { Tekla.Structures.Drawing.Part drawingPart = (Tekla.Structures.Drawing.Part)drawingObjectEnum.Current; if (drawingPart.Attributes.DrawCenterLine) { drawCenterLine = Bool.True; } else { drawCenterLine = Bool.False; } if (drawingPart.Attributes.DrawChamfers) { drawChamfers = Bool.True; } else { drawChamfers = Bool.False; } //drawConnectingSideMarks = drawingPart.Attributes.DrawConnectingSideMarks; if (drawingPart.Attributes.DrawHiddenLines) { drawHiddenLines = Bool.True; } else { drawHiddenLines = Bool.False; } if (drawingPart.Attributes.DrawOrientationMark) { drawOrientationMark = Bool.True; } else { drawOrientationMark = Bool.False; } if (drawingPart.Attributes.DrawOwnHiddenLines) { drawOwnHiddenLines = Bool.True; } else { drawOwnHiddenLines = Bool.False; } if (drawingPart.Attributes.DrawPopMarks) { drawPopMarks = Bool.True; } else { drawPopMarks = Bool.False; } if (drawingPart.Attributes.DrawReferenceLine) { drawReferenceLine = Bool.True; } else { drawReferenceLine = Bool.False; } visibleLinesColour = drawingPart.Attributes.VisibleLines.Color; if (drawingPart.Attributes.VisibleLines.Type == LineTypes.DashDot) { visibleLinesType = LineTypeEnum.DashDot; } else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.DashDoubleDot) { visibleLinesType = LineTypeEnum.DashDoubleDot; } else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.DashedLine) { visibleLinesType = LineTypeEnum.DashedLine; } else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.DottedLine) { visibleLinesType = LineTypeEnum.DottedLine; } else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.SlashDash) { visibleLinesType = LineTypeEnum.SlashDash; } else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.SlashedLine) { visibleLinesType = LineTypeEnum.SlashedLine; } else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.SolidLine) { visibleLinesType = LineTypeEnum.SolidLine; } else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.UndefinedLine) { visibleLinesType = LineTypeEnum.UndefinedLine; } hiddenLinesColour = drawingPart.Attributes.HiddenLines.Color; if (drawingPart.Attributes.HiddenLines.Type == LineTypes.DashDot) { hiddenLinesType = LineTypeEnum.DashDot; } else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.DashDoubleDot) { hiddenLinesType = LineTypeEnum.DashDoubleDot; } else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.DashedLine) { hiddenLinesType = LineTypeEnum.DashedLine; } else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.DottedLine) { hiddenLinesType = LineTypeEnum.DottedLine; } else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.SlashDash) { hiddenLinesType = LineTypeEnum.SlashDash; } else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.SlashedLine) { hiddenLinesType = LineTypeEnum.SlashedLine; } else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.SolidLine) { hiddenLinesType = LineTypeEnum.SolidLine; } else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.UndefinedLine) { hiddenLinesType = LineTypeEnum.UndefinedLine; } referenceLinesColour = drawingPart.Attributes.ReferenceLine.Color; if (drawingPart.Attributes.VisibleLines.Type == LineTypes.DashDot) { visibleLinesType = LineTypeEnum.DashDot; } else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.DashDoubleDot) { referenceLinesType = LineTypeEnum.DashDoubleDot; } else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.DashedLine) { referenceLinesType = LineTypeEnum.DashedLine; } else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.DottedLine) { referenceLinesType = LineTypeEnum.DottedLine; } else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.SlashDash) { referenceLinesType = LineTypeEnum.SlashDash; } else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.SlashedLine) { referenceLinesType = LineTypeEnum.SlashedLine; } else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.SolidLine) { referenceLinesType = LineTypeEnum.SolidLine; } else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.UndefinedLine) { referenceLinesType = LineTypeEnum.UndefinedLine; } } } } else if (drawingObjectEnum.GetSize() > 1) { drawCenterLine = new Bool(); drawChamfers = new Bool(); drawHiddenLines = new Bool(); drawOrientationMark = new Bool(); drawOwnHiddenLines = new Bool(); DrawPopMarks = new Bool(); drawReferenceLine = new Bool(); visibleLinesColour = new DrawingColors(); visibleLinesType = new LineTypeEnum(); hiddenLinesColour = new DrawingColors(); hiddenLinesType = new LineTypeEnum(); referenceLinesColour = new DrawingColors(); referenceLinesType = new LineTypeEnum(); } }
public void GetProperties() { DrawingObjectEnumerator drawingObjectEnum = drawingHandler.GetDrawingObjectSelector().GetSelected(); if (drawingObjectEnum.GetSize() == 1) { while (drawingObjectEnum.MoveNext()) { if (drawingObjectEnum.Current is Tekla.Structures.Drawing.Part) { Tekla.Structures.Drawing.Part drawingPart = (Tekla.Structures.Drawing.Part)drawingObjectEnum.Current; if (drawingPart.Attributes.DrawCenterLine) drawCenterLine = Bool.True; else drawCenterLine = Bool.False; if (drawingPart.Attributes.DrawChamfers) drawChamfers = Bool.True; else drawChamfers = Bool.False; //drawConnectingSideMarks = drawingPart.Attributes.DrawConnectingSideMarks; if (drawingPart.Attributes.DrawHiddenLines) drawHiddenLines = Bool.True; else drawHiddenLines = Bool.False; if (drawingPart.Attributes.DrawOrientationMark) drawOrientationMark = Bool.True; else drawOrientationMark = Bool.False; if (drawingPart.Attributes.DrawOwnHiddenLines) drawOwnHiddenLines = Bool.True; else drawOwnHiddenLines = Bool.False; if (drawingPart.Attributes.DrawPopMarks) drawPopMarks = Bool.True; else drawPopMarks = Bool.False; if (drawingPart.Attributes.DrawReferenceLine) drawReferenceLine = Bool.True; else drawReferenceLine = Bool.False; visibleLinesColour = drawingPart.Attributes.VisibleLines.Color; if (drawingPart.Attributes.VisibleLines.Type == LineTypes.DashDot) visibleLinesType = LineTypeEnum.DashDot; else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.DashDoubleDot) visibleLinesType = LineTypeEnum.DashDoubleDot; else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.DashedLine) visibleLinesType = LineTypeEnum.DashedLine; else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.DottedLine) visibleLinesType = LineTypeEnum.DottedLine; else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.SlashDash) visibleLinesType = LineTypeEnum.SlashDash; else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.SlashedLine) visibleLinesType = LineTypeEnum.SlashedLine; else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.SolidLine) visibleLinesType = LineTypeEnum.SolidLine; else if (drawingPart.Attributes.VisibleLines.Type == LineTypes.UndefinedLine) visibleLinesType = LineTypeEnum.UndefinedLine; hiddenLinesColour = drawingPart.Attributes.HiddenLines.Color; if (drawingPart.Attributes.HiddenLines.Type == LineTypes.DashDot) hiddenLinesType = LineTypeEnum.DashDot; else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.DashDoubleDot) hiddenLinesType = LineTypeEnum.DashDoubleDot; else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.DashedLine) hiddenLinesType = LineTypeEnum.DashedLine; else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.DottedLine) hiddenLinesType = LineTypeEnum.DottedLine; else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.SlashDash) hiddenLinesType = LineTypeEnum.SlashDash; else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.SlashedLine) hiddenLinesType = LineTypeEnum.SlashedLine; else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.SolidLine) hiddenLinesType = LineTypeEnum.SolidLine; else if (drawingPart.Attributes.HiddenLines.Type == LineTypes.UndefinedLine) hiddenLinesType = LineTypeEnum.UndefinedLine; referenceLinesColour = drawingPart.Attributes.ReferenceLine.Color; if (drawingPart.Attributes.VisibleLines.Type == LineTypes.DashDot) visibleLinesType = LineTypeEnum.DashDot; else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.DashDoubleDot) referenceLinesType = LineTypeEnum.DashDoubleDot; else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.DashedLine) referenceLinesType = LineTypeEnum.DashedLine; else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.DottedLine) referenceLinesType = LineTypeEnum.DottedLine; else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.SlashDash) referenceLinesType = LineTypeEnum.SlashDash; else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.SlashedLine) referenceLinesType = LineTypeEnum.SlashedLine; else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.SolidLine) referenceLinesType = LineTypeEnum.SolidLine; else if (drawingPart.Attributes.ReferenceLine.Type == LineTypes.UndefinedLine) referenceLinesType = LineTypeEnum.UndefinedLine; } } } else if (drawingObjectEnum.GetSize() > 1) { drawCenterLine = new Bool(); drawChamfers = new Bool(); drawHiddenLines = new Bool(); drawOrientationMark = new Bool(); drawOwnHiddenLines = new Bool(); DrawPopMarks = new Bool(); drawReferenceLine = new Bool(); visibleLinesColour = new DrawingColors(); visibleLinesType = new LineTypeEnum(); hiddenLinesColour = new DrawingColors(); hiddenLinesType = new LineTypeEnum(); referenceLinesColour = new DrawingColors(); referenceLinesType = new LineTypeEnum(); } }
public void GIVEN_aLine_WHEN_parsed_THEN_itShouldBeIdentifiedAsTheCorrectType(string inputLine, LineTypeEnum expectedType) { CentralinoLine.Parse(inputLine).ShouldBeRight(line => { Assert.Equal(expectedType, line.LineType); }); }
protected abstract Tuple <LineTypeEnum, string> ParseLine(string line, LineTypeEnum lastLineType = LineTypeEnum.Nothing);