Hey guys, just following up on something I spoke to Abbie about. A lot of high energy data has regular gaps due to Earth Occultations and such, I'd love it if there was a feature to account for this, or just a tutorial on how to deal with the gaps so the X-ray folks can still easily do FFTs on their data.
An example: NuSTAR data has regular Earth Occultation gaps, but apart from that, I generally just bin my data evenly - 1s time bins for example. I can just run this data through powspec and it just ignores the gaps (GTIs are in NuSTAR light curves as a separate fits extension, so I think it picks up on that) and does the power spectrum. However, I hate powspec, and want to move to python to have more control over my timing analysis, Stingray is the perfect answer, but it would be nice to be able to deal with gaps if possible :)
Great work on Stingray by the way, it's a really nice set of tools!
Hey guys, just following up on something I spoke to Abbie about. A lot of high energy data has regular gaps due to Earth Occultations and such, I'd love it if there was a feature to account for this, or just a tutorial on how to deal with the gaps so the X-ray folks can still easily do FFTs on their data.
An example: NuSTAR data has regular Earth Occultation gaps, but apart from that, I generally just bin my data evenly - 1s time bins for example. I can just run this data through powspec and it just ignores the gaps (GTIs are in NuSTAR light curves as a separate fits extension, so I think it picks up on that) and does the power spectrum. However, I hate powspec, and want to move to python to have more control over my timing analysis, Stingray is the perfect answer, but it would be nice to be able to deal with gaps if possible :)
Great work on Stingray by the way, it's a really nice set of tools!