Evaluate the accuracy of stitching algorithms

[niovl]

Hi, I'm working on a process for evaluating the accuracy of stitching algorithms. I'd like to know the details of your code implementation. Can you provide it?

[jmuhlich]

We received the MATLAB code for stitching accuracy directly from the MIST authors upon request. They said they would release the code on GitHub but that was years ago and I don't think it has happened yet. The code has a public domain license so I should be free to share it, but I want to check with the MIST team first. I did start to reimplement the code in Python but I never fully verified it: https://github.com/jmuhlich/mist_evaluation

The separate code I wrote myself for the registration accuracy evaluation (figure 5b/d/f, figure 6, and figures S1-S6) is here, if you think it would be of any use: https://github.com/jmuhlich/ashlar-paper-figures

[jmuhlich]

The data files needed for the stitching accuracy evaluation are available here: https://isg.nist.gov/deepzoomweb/data/referenceimagestitchingdata

[niovl]

The data files needed for the stitching accuracy evaluation are available here: https://isg.nist.gov/deepzoomweb/data/referenceimagestitchingdata

I found it too, thanks for reconfirming

[niovl]

We received the MATLAB code for stitching accuracy directly from the MIST authors upon request. They said they would release the code on GitHub but that was years ago and I don't think it has happened yet. The code has a public domain license so I should be free to share it, but I want to check with the MIST team first. I did start to reimplement the code in Python but I never fully verified it: https://github.com/jmuhlich/mist_evaluation

The separate code I wrote myself for the registration accuracy evaluation (figure 5b/d/f, figure 6, and figures S1-S6) is here, if you think it would be of any use: https://github.com/jmuhlich/ashlar-paper-figures

Thank you very much, these materials are helpful for my research. At the same time, I also got a share from MIST authors.