public ReadOnlyVolumeSlicerParams(IVolumeSlicerParams source)
{
if (source.SlicingPlaneRotation != null)
_slicingPlaneRotation = new Matrix(source.SlicingPlaneRotation);
if (source.SliceThroughPointPatient != null)
_sliceThroughPointPatient = new Vector3D(source.SliceThroughPointPatient);
_description = source.Description;
_interpolationMode = source.InterpolationMode;
_sliceExtentXMillimeters = source.SliceExtentXMillimeters;
_sliceExtentYMillimeters = source.SliceExtentYMillimeters;
_sliceSpacing = source.SliceSpacing;
}
public ReadOnlyVolumeSlicerParams(IVolumeSlicerParams source)
{
if (source.SlicingPlaneRotation != null)
{
_slicingPlaneRotation = new Matrix(source.SlicingPlaneRotation);
}
if (source.SliceThroughPointPatient != null)
{
_sliceThroughPointPatient = new Vector3D(source.SliceThroughPointPatient);
}
_description = source.Description;
_interpolationMode = source.InterpolationMode;
_sliceExtentXMillimeters = source.SliceExtentXMillimeters;
_sliceExtentYMillimeters = source.SliceExtentYMillimeters;
_sliceSpacing = source.SliceSpacing;
}
private static VolumeInterpolationMode Convert(VolumeSlicerInterpolationMode mode)
{
switch (mode)
{
case VolumeSlicerInterpolationMode.NearestNeighbor:
return(VolumeInterpolationMode.NearestNeighbor);
case VolumeSlicerInterpolationMode.Linear:
return(VolumeInterpolationMode.Linear);
case VolumeSlicerInterpolationMode.Cubic:
return(VolumeInterpolationMode.Cubic);
default:
throw new ArgumentOutOfRangeException("mode");
}
}
private static VolumeInterpolationMode Convert(VolumeSlicerInterpolationMode mode)
{
switch (mode)
{
case VolumeSlicerInterpolationMode.NearestNeighbor:
return VolumeInterpolationMode.NearestNeighbor;
case VolumeSlicerInterpolationMode.Linear:
return VolumeInterpolationMode.Linear;
case VolumeSlicerInterpolationMode.Cubic:
return VolumeInterpolationMode.Cubic;
default:
throw new ArgumentOutOfRangeException("mode");
}
}
