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I just finished reading your paper on MRM, and I came here to have a look at the accompanying code.
First of all, congratulation on a really great job!
We are planning a study involving a rather similar sequence (even though we are using a 3T scanner) and I was wondering how much this code is tailored to your specific dataset, and how hard would it be to adapt it for our specific application.
On a similar, but separate, note, I was wondering if you had a "working" example of the code, like a "main" file that, combined with an example dataset will allow me to run the compiled binaries and get some of the images shown in the paper.
Thank you!
The text was updated successfully, but these errors were encountered:
I apologize for the late response - so the hope with this code was to make it generic but it may have places where it needs some simple fixes to make it compatible with other 3D trajectories - it should work for 3D stack of spirals or stack of stars - happy to help with this.
I am actually working on adding some examples - I have a wrapper that makes it easier to call reconstruction with matlab and see plots etc.
can you tell me more about your trajectories etc and type of scanner your using ?
Dear @ahsanjav,
I just finished reading your paper on MRM, and I came here to have a look at the accompanying code.
First of all, congratulation on a really great job!
We are planning a study involving a rather similar sequence (even though we are using a 3T scanner) and I was wondering how much this code is tailored to your specific dataset, and how hard would it be to adapt it for our specific application.
On a similar, but separate, note, I was wondering if you had a "working" example of the code, like a "main" file that, combined with an example dataset will allow me to run the compiled binaries and get some of the images shown in the paper.
Thank you!
The text was updated successfully, but these errors were encountered: