Closed faridf closed 1 year ago
Hi, GPStuff is not actively developed and maintained any more, and that is why the inverse-distance kernel was not merged to this repo. If you are interested in using the minimum saddle point search for the energy surfaces, contact Hannes Jonsson who has led development of a more efficient code base which integrates also with the atomic simulation engine (ASE). If you want to replicate our experiments with the Matlab code, let me know, and I'll search the code for you.
Hi, thanks for your quick comment! I would be very glad to look into your Matlab codes if possible. Thanks!
I found the Python code (for GPy), but not yet the Matlab code. I emailed Olli-Pekka.
May I actually have a copy of the GPy script as well. It could help me out since I am developing in python as well.
Also thanks for reaching out to Olli-Pekka! I appreciate it.
The Matlab code is now at https://users.aalto.fi/~ave/atomic_GP-NEB-dimer_2020-07-09.zip The inverse-distance is in gpcf_sexpat.m
Thanks so much for sharing your code and I've been reading it and it's a great source for me.
I hope I'm not asking for much but but I could use the Python code that uses GPy as well. It would be very handy.
Thanks again!
The Python code is now at https://users.aalto.fi/~ave/atomic_GPy-NEB-dimer_2020-07-09.zip The dimer part has not been tested and may contain errors.
Hello!
Thanks for making your code public. Is there any part of this code suppose to include the Inverse-Distance Kernel as it is suggested in this publication? Minimum Mode Saddle Point Searches Using Gaussian Process Regression with Inverse-Distance Covariance Function
https://pubs.acs.org/doi/10.1021/acs.jctc.9b01038
And if so, may I have access to it? Thanks!