DOLPS3D

Returns a DICOM image, each value of which is calculated as the
difference between the input image low pass filtered 6 times and
the input image lowpass filtered 3 times. Each low pass
filtering is carried out with a 3x3x3 kernel. 
LIN3D 
Returns a DICOM image, each value of which is calculated as the
largest intensity value in a 3x3x3 threedimensional region of
the input image low pass filtered with the kernel centred at the
location in question. 
LowPass3D 
Returns a DICOM image, each value of which is calculated as the
mean intensity value in a 3x3x3 threedimensional region of the
input image 
Midpoint3D 
Returns a DICOM image, each value of which is calculated as the
midpoint between the highest and lowest intensity values in a
3x3x3 threedimensional region of the input image 
Sharpen3D 
Returns a DICOM image, each value of which is calculated as the
difference between a weighted input image and the input image
low pass filtered with the a 3x3x3 threedimensional kernel
centred at the location in question 
SIN3D 
Returns a DICOM image, each value of which is calculated as the
smallest intensity value in a 3x3x3 threedimensional region of
the input image with the kernel centred at the location in
question 
FreiChen3D 
Returns a DICOM image, each value of which is the edge magnitude
value calculated using a threedimensional FreiChen kernel
calculated in a 3x3x3 region of the input image 
Laplace3D 
Returns a DICOM image, each value of which is the edge magnitude
value calculated using a threedimensional Laplace kernel
calculated in a 3x3x3 region of the input image 
NonMax3D 
Returns a DICOM image, each value of which is the edge magnitude
value calculated using a threedimensional NonMaxima kernel
calculated in a 3x3x3 region of the input image 
Prewitt3D 
Returns a DICOM image, each value of which is the edge magnitude
value calculated using a threedimensional Prewitt kernel
calculated in a 3x3x3 region of the input image 
Roberts3D 
Returns a DICOM image, each value of which is the edge magnitude
value calculated using a threedimensional Roberts kernel
calculated in a 2x2x2 region of the input image 
Sobel3D 
Returns a DICOM image, each value of which is the edge magnitude
value calculated using a threedimensional Sobel kernel
calculated in a 3x3x3 region of the input image 
Gauss3D 
Returns a DICOM image, each value of which is the magnitude
value calculated using a threedimensional Gauss filtering
kernel calculated in a 3x3x3 region of the input image 
Median3D 
Returns
a DICOM image, each value of which is calculated as the median
intensity value in a 3x3x3 threedimensional region of the input
image centred at the location in question 
Mask3D 
Returns a DICOM image, each value of which is the same as the
input image, except for the region around the edges in the x, y,
and z dimensions where a black border of width border is drawn 