Options Property

Summary

Flags that indicate whether to write optional tags or sequences when writing a DicomCompoundGraphic, or if optional tags or sequences are present when reading a DicomCompoundGraphic.

Syntax

C++/CLI

public override DicomAnnotationOptions Options { get; set; }

public: 
property DicomAnnotationOptions Options { 
   DicomAnnotationOptions get() override; 
   void set (    DicomAnnotationOptions value) override; 
}

Property Value

The flags that indicate whether to write optional tags or sequences when writing a DicomCompoundGraphic, or if optional tags or sequences are present when reading a DicomCompoundGraphic.

Remarks

The "Text Style Sequence" (0070,0231), "Line Style Sequence (0070,0232)", and "Fill Style Sequence" (0070,0233) are all optional sequences that can be read or written when processing a DicomCompoundGraphic. When writing, use these flags to indicate which sequences to be included. When reading, these flags indicate which sequences are present. Note that these flags can also be used to include or indicate the presence of the "Graphic Group ID" element (0070,0295).

Example

using Leadtools; 
using Leadtools.Dicom; 
 
 
/// 
// Creates a RULER compound graphic 
private DicomCompoundGraphic CreateCompoundGraphicRuler(string layerName) 
{ 
   // Create a compound graphic  
   DicomCompoundGraphic compoundGraphic = new DicomCompoundGraphic(); 
 
   compoundGraphic.LayerName = layerName; 
 
   compoundGraphic.Units = DicomAnnotationUnitsRelativityType.Pixel; 
   compoundGraphic.Type = DicomAnnotationCompoundGraphicType.Ruler; 
 
   DicomAnnotationPoint[] pts = new DicomAnnotationPoint[2]; 
 
   pts[0] = new DicomAnnotationPoint(300, 100); 
   pts[1] = new DicomAnnotationPoint(450, 100); 
 
   compoundGraphic.SetAnnotationPoints(pts, pts.Length); 
   compoundGraphic.CompoundGraphicInstanceId = 100; 
   compoundGraphic.GraphicGroupId = 0; 
   compoundGraphic.RotationAngle = 0.0; 
   compoundGraphic.RotationPoint = new DicomAnnotationPoint(0, 0); 
   compoundGraphic.GapLength = 0.0f; 
   compoundGraphic.DiameterOfVisibility = 0; 
   compoundGraphic.TickAlignment = DicomAnnotationTickAlignmentType.Center; 
   compoundGraphic.TickLabelAlignment = DicomAnnotationTickLabelAlignmentType.Bottom; 
   compoundGraphic.ShowTickLabel = true; 
   compoundGraphic.Filled = false; 
   compoundGraphic.Options = DicomAnnotationOptions.Line | DicomAnnotationOptions.Text | DicomAnnotationOptions.CompoundGraphicInstanceId; 
   Debug.Assert(compoundGraphic.AnnotationPointCount == pts.Length); 
 
   // TextStyle 
   compoundGraphic.TextStyle = new DicomTextStyle(); 
   compoundGraphic.TextStyle.TextOptions = DicomAnnotationTextOptions.FontName; 
   compoundGraphic.TextStyle.FontName = "Arial"; 
   compoundGraphic.TextStyle.CssFontName = "serif"; 
   compoundGraphic.TextStyle.TextColorCieLabValue = new ushort[3] { 34866, 53484, 50171 };         // Red 
 
   compoundGraphic.TextStyle.HorizontalAlign = DicomAnnotationHorizontalAlignmentType.Center; 
   compoundGraphic.TextStyle.VerticalAlign = DicomAnnotationVerticalAlignmentType.Center; 
 
   compoundGraphic.TextStyle.Shadow.ShadowStyle = DicomAnnotationShadowStyleType.Off; 
   compoundGraphic.TextStyle.Shadow.ShadowOffsetX = 0; 
   compoundGraphic.TextStyle.Shadow.ShadowOffsetY = 0; 
   compoundGraphic.TextStyle.Shadow.ShadowColorCieLabValue = new ushort[3] { 0, 0, 0 }; 
   compoundGraphic.TextStyle.Shadow.ShadowOpacity = 0.0f; 
 
   compoundGraphic.TextStyle.Underlined = false; 
   compoundGraphic.TextStyle.Italic = false; 
   compoundGraphic.TextStyle.Bold = false; 
 
   // LineStyle 
   compoundGraphic.LineStyle = new DicomLineStyle(); 
   compoundGraphic.LineStyle.LineOptions = DicomAnnotationLineOptions.None; 
   compoundGraphic.LineStyle.LineOptions = DicomAnnotationLineOptions.PatternOffColorCielabValue | DicomAnnotationLineOptions.PatternOffOpacity; 
   compoundGraphic.LineStyle.Shadow.ShadowStyle = DicomAnnotationShadowStyleType.Off; 
   compoundGraphic.LineStyle.Shadow.ShadowOpacity = 0.0f; 
   compoundGraphic.LineStyle.Shadow.ShadowOffsetX = 0.0f; 
   compoundGraphic.LineStyle.Shadow.ShadowOffsetY = 0.0f; 
   compoundGraphic.LineStyle.Shadow.ShadowColorCieLabValue = new ushort[3] { 0, 0, 0 }; 
 
   compoundGraphic.LineStyle.PatternOnColorCieLabValue = new ushort[3] { 21169, 53249, 5175 }; // This is 'blue' 
   compoundGraphic.LineStyle.PatternOffColorCieLabValue = new ushort[3] { 0, 0, 0 }; 
   compoundGraphic.LineStyle.LineThickness = 1.0f; 
   compoundGraphic.LineStyle.LineDashingStyle = DicomAnnotationDashStyleType.Solid; 
   compoundGraphic.LineStyle.LinePattern = 0xFFFF; 
   compoundGraphic.LineStyle.PatternOnOpacity = 1.0f; 
   compoundGraphic.LineStyle.PatternOffOpacity = 0.0f; 
 
   // RULER does not have a fill style 
 
   // Major Ticks Sequence 
   int nTickCount = 4; 
   float fTickIncrement = (float)(1.0 / (float)nTickCount); 
   compoundGraphic.MajorTicks.Clear(); 
   for (int i = 0; i < nTickCount; i++) 
   { 
      // i * fTickIncrement represents DicomMajorTick.TickPosition 
      DicomMajorTick majorTickItem = new DicomMajorTick(i * fTickIncrement, "Label " + i.ToString()); 
      compoundGraphic.MajorTicks.Add(majorTickItem); 
   } 
   Debug.Assert(compoundGraphic.MajorTickCount == 4); 
 
   return compoundGraphic; 
} 
 
// Creates a RECTANGLE compound graphic (rotated, filled) 
private DicomCompoundGraphic CreateCompoundGraphicRectangle(string layerName) 
{ 
   // Create a compound graphic  
   DicomCompoundGraphic compoundGraphic = new DicomCompoundGraphic(); 
 
   compoundGraphic.LayerName = layerName; 
 
   compoundGraphic.Units = DicomAnnotationUnitsRelativityType.Pixel; 
   compoundGraphic.Type = DicomAnnotationCompoundGraphicType.Rectangle; 
 
   DicomAnnotationPoint[] pts = new DicomAnnotationPoint[2]; 
 
   pts[0] = new DicomAnnotationPoint(100, 100); 
   pts[1] = new DicomAnnotationPoint(200, 200); 
 
   compoundGraphic.SetAnnotationPoints(pts, pts.Length); 
   compoundGraphic.CompoundGraphicInstanceId = 200; 
   compoundGraphic.GraphicGroupId = 0; 
   compoundGraphic.RotationAngle = 45.0; 
   compoundGraphic.RotationPoint = new DicomAnnotationPoint(150, 150); 
   compoundGraphic.Filled = true; 
   compoundGraphic.Options = DicomAnnotationOptions.Fill | DicomAnnotationOptions.Line | DicomAnnotationOptions.CompoundGraphicInstanceId; 
   Debug.Assert(compoundGraphic.AnnotationPointCount == pts.Length); 
 
   // LineStyle 
   compoundGraphic.LineStyle = new DicomLineStyle(); 
   compoundGraphic.LineStyle.LineOptions = DicomAnnotationLineOptions.None; 
   compoundGraphic.LineStyle.Shadow.ShadowStyle = DicomAnnotationShadowStyleType.Off; 
   compoundGraphic.LineStyle.Shadow.ShadowOpacity = 0.0f; 
   compoundGraphic.LineStyle.Shadow.ShadowOffsetX = 0.0f; 
   compoundGraphic.LineStyle.Shadow.ShadowOffsetY = 0.0f; 
   compoundGraphic.LineStyle.Shadow.ShadowColorCieLabValue = new ushort[3] { 1, 2, 3 }; 
 
   compoundGraphic.LineStyle.PatternOnColorCieLabValue = new ushort[3] { 24886, 53484, 50171 };   // red 
   compoundGraphic.LineStyle.PatternOffColorCieLabValue = new ushort[3] { 0, 0, 0 }; 
   compoundGraphic.LineStyle.LineThickness = 2.0f; 
   compoundGraphic.LineStyle.LineDashingStyle = DicomAnnotationDashStyleType.Solid; 
   compoundGraphic.LineStyle.LinePattern = 0xFFFF; 
   compoundGraphic.LineStyle.PatternOnOpacity = 1.0f; 
   compoundGraphic.LineStyle.PatternOffOpacity = 0.0f; 
 
   // FillStyle 
   compoundGraphic.FillStyle = new DicomFillStyle(); 
   compoundGraphic.FillStyle.FillOptions = DicomAnnotationFillOptions.None; 
   compoundGraphic.FillStyle.PatternOnColorCieLabValue = new ushort[3] { 21169, 53249, 5175 };  // blue 
   compoundGraphic.FillStyle.PatternOffColorCieLabValue = new ushort[3] { 0, 0, 0 }; 
   compoundGraphic.FillStyle.PatternOnOpacity = 1.0f; 
   compoundGraphic.FillStyle.PatternOffOpacity = 0.0f; 
   compoundGraphic.FillStyle.FillMode = DicomAnnotationFillModeType.Solid; 
 
   // To set a stippeled texture of the RECTANGLE compound graphic using DicomFillStyle.FillPattern, use this code: 
   // compoundGraphic.FillStyle.FillMode = DicomAnnotationFillModeType.Stippeled; 
   // compoundGraphic.FillStyle.FillPattern = new byte[128]; 
   // . 
   // . 
   // . 
 
   return compoundGraphic; 
} 
 
private void DicomCompoundGraphicTest(string layerName, string outFile) 
{ 
   DicomDataSet ds = new DicomDataSet(); 
   ds.Initialize(DicomClassType.GrayscaleSoftcopyPresentationState, DicomDataSetInitializeFlags.AddMandatoryModulesOnly | DicomDataSetInitializeFlags.AddMandatoryElementsOnly); 
   ds.CreateGraphicAnnSQItem(0, layerName); 
   DicomElement firstGraphicAnnSQItem = ds.FindFirstGraphicAnnSQItem(); 
 
   DicomCompoundGraphic ruler = CreateCompoundGraphicRuler(layerName); 
   ds.CreateCompoundGraphic(firstGraphicAnnSQItem, ruler, false); 
 
   DicomCompoundGraphic rotatedFilledRectangle = CreateCompoundGraphicRectangle(layerName); 
   ds.CreateCompoundGraphic(firstGraphicAnnSQItem, rotatedFilledRectangle, false); 
 
   // Save the presentation state (with annotations) 
   ds.Save(outFile, DicomDataSetSaveFlags.None); 
   Console.WriteLine("Presentation State Saved: " + outFile); 
 
   // Find the second CompoundGraphicElement item -- this should be the rectangle 
   DicomElement element = ds.GetCompoundGraphicElement(firstGraphicAnnSQItem, 0); 
   string type = ds.GetValue<string>(element, false, DicomTag.CompoundGraphicType, string.Empty); 
   Debug.Assert(type == "RULER"); 
 
   // Now we have two compound graphic items: ruler, rectangle 
   // Count should be 2 
   int nCount = ds.GetCompoundGraphicCount(firstGraphicAnnSQItem); 
   Debug.Assert(nCount == 2); 
 
   // Get the number of points of the first item (ruler) -- this should be 2 
   nCount = ds.GetCompoundGraphicPointCount(firstGraphicAnnSQItem, 0); 
   Debug.Assert(nCount == 2); 
 
   // Get the number of major ticks in the ruler -- this should be 4 
   nCount = ds.GetCompoundGraphicMajorTickCount(firstGraphicAnnSQItem, 0); 
   Debug.Assert(nCount == 4); 
 
   // Remove the first compound graphic (the ruler) 
   ds.RemoveCompoundGraphic(firstGraphicAnnSQItem, 0); 
 
   // Read the first compound graphic -- this should now be the rectangle 
   DicomCompoundGraphic compoundGraphic = ds.GetCompoundGraphicInformation(firstGraphicAnnSQItem, 0); 
   Debug.Assert(compoundGraphic.Type == DicomAnnotationCompoundGraphicType.Rectangle); 
 
   // Change the rectangle from filled, to non-filled 
   compoundGraphic.Filled = false; 
   ds.SetCompoundGraphicInformation(firstGraphicAnnSQItem, 0, compoundGraphic); 
 
   // Verify that the rectangle is non-filled 
   compoundGraphic = ds.GetCompoundGraphicInformation(firstGraphicAnnSQItem, 0); 
   Debug.Assert(compoundGraphic.Filled == false); 
 
   // Remove ALL compund graphics 
   ds.RemoveAllCompoundGraphics(firstGraphicAnnSQItem); 
 
   // Get the compound graphic count -- it should now be zero 
   nCount = ds.GetCompoundGraphicCount(firstGraphicAnnSQItem); 
   Debug.Assert(nCount == 0); 
 
}

Requirements

Target Platforms

Reference

DicomCompoundGraphic Class

DicomCompoundGraphic Members

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Help Version 23.0.2024.8.20

Leadtools.Dicom Assembly

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