Kyle Champley

Wow, this is awesome! Thank you so much! Please forgive me as I am very ignorant when it comes to Docker, but what do I do with the above text?

It's been a long time since I've looked at the data in this challenge. I think there is some flying focal spot (FFS) rebinning, but don't remember what else is...

Thanks for the links, but unfortunately, they don't help me determine what preprocessing is needed without doing a deep dive into the code. It would be more helpful to have...

Sure. Please also send a picture of one of the projections.

Thank you @hws203 for pointing out that bug. The cause for this was quite minor and was easy to fix. Currently the bug fix is in my development branch [champley_dev](https://github.com/LLNL/LEAP/tree/champley_dev)....

Thanks for the code. I was able to make some improvements. I fixed some more small bugs in the code, so please use the code in the [champley_dev](https://github.com/LLNL/LEAP/tree/champley_dev) branch until...

Oh, one more thing. Strictly speaking, this data cannot be properly reconstructed with the "offset scan" strategy because many of the projections are truncated on both sides. Offset scan implies...

Oh, I forgot. I had to modify the detector shift amounts. I used the following: shift_distance_col = -47.138 # mm shift_distance_row = -38.139 # mm I am also concerned that...

Good question. If your data were NOT truncated, I would have just used this algorithm: [find_centerCol](https://leapct.readthedocs.io/en/latest/ctgeometries.html#leapctype.tomographicModels.find_centerCol) Unfortunately for offset scan data this algorithm does not work properly yet. For centerRow,...

Oh, wait, I just realized that centerCol and centerRow can be calculated from your geometry file like this: centerCol = p0.x/pitch centerRow = numRows - 1 - p0.y/pitch Once I...