I tried it briefly, but I was unable to load the executable version. I ran source code from Matlab to try on same file that my imaging data was accidentally deleted or lost from the epileptogenicity guideline.
I was able to get it to do its basic function of coregistering MRI and CT scans and to automatically identify electrodes, but the accuracy was not great for either. *The ability to slide CT overlaid on MRI for visualization was very helpful to see accuracy of coregistration. The CT was tilted compared to the MRI for coregistration and I was unable to find a way to adjust that simple sagittal plane tilt to improve overlap of cerebrums. I ignored the small imperfection there so I could get approximates of the electrode locations.
It's a good way to get a scaffold of 3d space for electrodes and would be helpful just for that function. The numbers of electrodes was incorrect so it missed a few for example a 16 contact electrode it only put 15 or 13. I could manually add electrodes easily. When it came to the step for editing contact labels in a table I got stuck and frustrated. It just wasn't working as described in the instructions. I hit ctrl+up arrow and it would autofill every cell in the table with NaN. It felt like a glitch. I gave up and went back to localizing in brainstorm. By the way, it kept my electrodes locations associated with the channel file for the SEEG recording, but the anatomy files were lost, so I re-imported the MRI and CT and made the surfaces with CAT12. When I went to look at the electrodes they shifted 3d location, but were in the same relative orientation and close to the original locations, so I was more easily able to re-do the electrode locations.
For clinical purposes I am using brainlab a proprietary software. That software allows automated coregistration of images, overlap viewing. It allows making objects based on houndsfield unit threshold windowing of CT scan. That's very helpful to easily locate electrodes. There's usually some extraneous areas of wires or bolts that get included, but they can be easily "erased" with eraser.
I may make a small request to add preset windows for contrast/brightness for CT to see brain tissue and to see bone window or metal. That would facilitate electrode localization.
Thanks for your responsiveness. You are better than any of the proprietary software customer service.