Jeongin Choi

Thank you, it runs now. But I do have a question about its output: should the end point images be the original input images? It seems like morph100 is, but morph0 isn't. every output including morph0 greatly resembles morph100.

Thank you, it runs now. But I do have a question about its output: should the end point images be the original input images? It seems like morph100 is, but morph0 isn't.

They're attached (they're named differently, but they are the images I used).

Hi, I've been trying to run geodesicinterpolation.sh, but it's been giving me multiple segmentation fault. My input is: geodesicinterpolation.sh _01_cropped.nii.gz _07_cropped.nii.gz 2 It reaches convergence three times and atttempts to write ANTSMORPH.nii, etc. then to blend, where it throws segmentation fault as attached. Could someone help me fix this?

Hi, I've been trying to run geodesicinterpolation.sh, but it's been giving me multiple segmentation fault errors. My input is: geodesicinterpolation.sh _01_cropped.nii.gz _07_cropped.nii.gz 2 It reaches convergence three times and atttempts to write ANTSMORPH.nii, etc. then to blend, where it throws segmentation fault errors as attached. Could someone help me fix this?

I'm sorry, I would make sure to do so in the future. To add a follow up question, is it available in ANTs then?

Hi, In the article “Symmetric Diffeomorphic Image Registration with Cross-Correlation: Evaluating Automated Labeling of Elderly and Neurodegenerative Brain” by B. B. Avants et al, it says that the SyN solution converges and the images deform in time along the series of diffeomorphisms that connect them (fig 1). In ANTsR, is there a way to find solutions/images such as I(0.167), I(0.33), I(0.5), J(0.33), or any where between I and J, as described in figure 1 above? Thank you. Sent from Mail for Windows...