Amplitude Dispersion Threshold: 0.4
Processing 1 patch(es) in range and 1 in azimuth
STAMPS: Undefined variable.
calamp: Command not found.
cat: /home/ubuntu_name/FILE_INSAR/Project/INSAR_20190607/calamp.out: No such file or directory
4172
856
mt_extract_cands: Command not found.
The error with calamp.out might sugges a file path or permission issue. Maybe double check them and make sure you have the necessary permissions to access it.? Just a suggestion
When i run it, i noticed that i have incomplete files in folder PATH_1 and when i run command stamps(1,1) in MATLAB it show me error in ps_load_initial gamma (line 108).
not sure you have given more details in any prior message but without them, it is difficult to solve “the error that I have never been able to solve” .
Could you please which WSL are you using Ubuntu? Which version? Which gcc compiler used for the make install in the StaMPS src folder? Which were their logs? Any warning? THe more information you are able to provide, the merrier…
Finally, when I did a clean install to the src file again, I exported the logs and I am sharing the log content with you. there are no errors that I noticed.
You can install the free Docker Desktop application to run linux software using Docker containers on any operating system. The PyGMTSAR (Python InSAR) Docker image, which includes SBAS and PSI interferometry, is available for easy setup on DockerHub: https://hub.docker.com/r/pechnikov/pygmtsar
You can also run your InSAR analysis online on Google Colab, with single-click SBAS and PSI interactive examples available at https://insar.dev. These examples can be launched instantly without any setup.
WSL is a rather delayed solution and introduces many issues, whereas Docker images and Colab notebooks can be run with a single click, completely avoiding installation hassles.
Thank you very much for your interest. I will also experiment with LiCSBAS in the near future, but I wanted to start with PSI, which is the basis of this work, and compare my results. For this reason, I want to apply the PS InSAR method with matlab and examine my results before trying other methods.
Pay attention, you might apply SBAS first to determine your atmospheric phase screen on 2d unwrapped grids. This phase can be extracted together with topography phase at the interferogram processing step for more accurate PSI analysis. SBAS and PSI should be used together for the best results.