SetViewPlane(Point3D,Vector3D,Vector3D,Single) Method

In This Topic

Set the view plane for the image, based on centre of the plane, the direction of view, and the "Up" direction.

Syntax

Visual Basic
C#

'Declaration
 
Public Overloads Sub SetViewPlane( _
   ByVal Centre As System.Windows.Media.Media3D.Point3D, _
   ByVal Normal As System.Windows.Media.Media3D.Vector3D, _
   ByVal Up As System.Windows.Media.Media3D.Vector3D, _
   ByVal Zoom As System.Single _
)

public void SetViewPlane( 
   System.Windows.Media.Media3D.Point3D Centre,
   System.Windows.Media.Media3D.Vector3D Normal,
   System.Windows.Media.Media3D.Vector3D Up,
   System.float Zoom
)

Parameters

Centre: The coordinates of the centre of the plane
Normal: A vector defining the direction of view
Up: The direction to be "up" in the resulting view.
Zoom: The zoom factor to use - see notes in remarks

Remarks

All coordinates are in "real world" coordinates, measured in mm.

Zoom is relative to a "standard" zoom which is internally calculated to include the whole image within the visible display area.

Example

DicomImage image = new DicomImage("your_3D_dicom_image.dcm);
DicomVolume volume = new DicomVolume(image);
DicomImage3D image3D = new DicomImage3D(volume, RenderMode3D.MPR);
DicomImageCollection collection3D = new DicomImageCollection()
{
    image3D
}
DicomImageFusion fusedImage = new DicomImageFusion(collection3D);
                    
float normalOffset = 15.0f;
fusedImage.TranslateNormal(normalOffset);
Viewer.Images.Add(fusedImage);

Requirements

Target Platforms: .NET CLR 4.8 or higher

Reference

DicomImageFusion Class
DicomImageFusion Members
Overload List

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