Select Roi to use a region of interest drawn on the current image of the selected browser or from a region of interest file selected in the File Load dialog.  The pixels in the region of interest will be used to calculate an average vector to be used as process # n.  If using a region of interest that was drawn, it will automatically be saved using the process name as the extension.  If the the region of interest is from a file, the extension will be displayed in the process name.

	Select 1, 2, 3, or 4 in B for the browser that contains the region of interest if using a region of interest that was drawn.
	Enter or display a name, of the anatomical feature, in Process Name.  Press Enter to Select Process, without using the Select Process button. Note The default is rn, where n is the process number.  The name will be highlighted for overwriting.

Select Pixel to use each pixel vector as process # n when calculating a filter.

Select Constant to use a constant vector as process # n when calculating a filter.

Select Background

Press Select Background to use the a region of interest drawn on the current image of the selected browser or from a region of interest file selected in the File Load dialog as the background process.  The pixels in the region of interest will be used to calculate an average vector to be used as the background process.

Select Gram-Schmidt to use a gram-schmidt filter.

Select Eigen to use eigen analysis to calculate the filter. (reference)

Select Gram-Schmidt-Rotation to use a gram-schmidt filter with rotation.

Select Gram-Schmidt-Constant to use a gram-schmidt filter with a constant.

Select Matched w/o Variance to use a matched filter without variance.

Select Matched w Variance to use a matched filter with variance.

Select Correlation to use a correlation filter.

Select Average to use an averaging filter (1 / # images).

Select Energy Difference to use an energy difference filter.

Select Difference of Energy to use a difference of energy filter.

Select Cross Product to use a cross-product filter.

Select Difference to use a difference filter. (reference)

Select D-U1,U2 to use a gram-schmidt filter with first process being redefined as process #1 - process #2.  Process # 3 now becomes the second process.

Select D-U2,U1to use a gram-schmidt filter with first process being redefined as process #1 - process #3.  Process # 2 remains the second process.

Select Max-Min CNR to use a maximum-minimum contrast to noise ratio filter. (reference)

Select Feature Suppression to use a feature suppression filter.

Select (R inverse) * d to use a filter equal to the inverse of the covariance matrix of the second process multiplied by the first process.

Select File to use a previously saved filter.  Either a signature (.sig) or report (.rep) file can be selected.

Enter a value of the Butterworth filter in Order.

Enter the cutoff frequency for the Butterworth filter in Cutoff.

Select Single Process to create a filtered image with the first process as the desired process.

Selected All Processes to create multiple filtered images, using each process as a desired process.

Select A-Ortho to create a filtered image for each process as the desired process, with the remaining processes as undesired.  An image of the amplitude of the orthogonal vectors is also created.

Select A-Corr to create a filtered image for each process as the desired process, with the remaining processes as undesired.  An image of the correlation of the orthogonal vectors is also created.

Select A-Vec to create a filtered image for each process as the desired process, with the remaining processes as undesired.  The images, representing the orthogonal vectors, will also be created.

Enter or display a name, of the anatomical feature, in Process Name.

Images

Enable #n

Desired

Images

Enable #n

Desired