/// <summary>
/// Allows specification of the slice plane, through point, and extent via two points in patient space
/// </summary>
public static VolumeSlicerParams Create(Volume volume, Vector3D sourceOrientationColumnPatient, Vector3D sourceOrientationRowPatient,
Vector3D startPointPatient, Vector3D endPointPatient)
{
Vector3D sourceOrientationNormalPatient = sourceOrientationColumnPatient.Cross(sourceOrientationRowPatient);
Vector3D normalLinePatient = (endPointPatient - startPointPatient).Normalize();
Vector3D normalPerpLinePatient = sourceOrientationNormalPatient.Cross(normalLinePatient);
Vector3D slicePlanePatientX = normalLinePatient;
Vector3D slicePlanePatientY = sourceOrientationNormalPatient;
Vector3D slicePlanePatientZ = normalPerpLinePatient;
Matrix slicePlanePatientOrientation = Math3D.OrientationMatrixFromVectors(slicePlanePatientX, slicePlanePatientY, slicePlanePatientZ);
Matrix _resliceAxes = volume.RotateToVolumeOrientation(slicePlanePatientOrientation);
Vector3D lineMiddlePointPatient = new Vector3D(
(startPointPatient.X + endPointPatient.X) / 2,
(startPointPatient.Y + endPointPatient.Y) / 2,
(startPointPatient.Z + endPointPatient.Z) / 2);
VolumeSlicerParams slicerParams = new VolumeSlicerParams(_resliceAxes);
slicerParams.SliceThroughPointPatient = new Vector3D(lineMiddlePointPatient);
slicerParams.SliceExtentXMillimeters = (endPointPatient - startPointPatient).Magnitude;
return(slicerParams);
}
/// <summary>
/// Allows specification of the slice plane, through point, and extent via two points in patient space
/// </summary>
public static VolumeSlicerParams Create(Volume volume, Vector3D sourceOrientationColumnPatient, Vector3D sourceOrientationRowPatient,
Vector3D startPointPatient, Vector3D endPointPatient)
{
Vector3D sourceOrientationNormalPatient = sourceOrientationColumnPatient.Cross(sourceOrientationRowPatient);
Vector3D normalLinePatient = (endPointPatient - startPointPatient).Normalize();
Vector3D normalPerpLinePatient = sourceOrientationNormalPatient.Cross(normalLinePatient);
Vector3D slicePlanePatientX = normalLinePatient;
Vector3D slicePlanePatientY = sourceOrientationNormalPatient;
Vector3D slicePlanePatientZ = normalPerpLinePatient;
Matrix slicePlanePatientOrientation = Math3D.OrientationMatrixFromVectors(slicePlanePatientX, slicePlanePatientY, slicePlanePatientZ);
Matrix _resliceAxes = volume.RotateToVolumeOrientation(slicePlanePatientOrientation);
Vector3D lineMiddlePointPatient = new Vector3D(
(startPointPatient.X + endPointPatient.X)/2,
(startPointPatient.Y + endPointPatient.Y)/2,
(startPointPatient.Z + endPointPatient.Z)/2);
VolumeSlicerParams slicerParams = new VolumeSlicerParams(_resliceAxes);
slicerParams.SliceThroughPointPatient = new Vector3D(lineMiddlePointPatient);
slicerParams.SliceExtentXMillimeters = (endPointPatient - startPointPatient).Magnitude;
return slicerParams;
}
