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In the Schwarzschild metric, objects appear to gravitate toward the wrong point, and there might be other issues. I suspect I translated the origin incorrectly, before returning the Jacobian/metric.
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Using `{delay n}` works decently well, but suffers requiring a generous timeout to compensate for different connections and service latencies. It seems detecting a specific window title change or eve…
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The following scan fails:
```ini
$ cat omega.ini
[primary]
f-low = 4.0
resample = 4096
frametype = L1_HOFT_C00
duration = 64
fftlength = 8
matched-filter-length = 6
channel = L1:GDS-CALIB_…
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@ismael2395 brought to my attention that when he does:
```
./simulate.py --catalog-name OneDegSq.fits --image-width 1800 --image-height 1800\
--ra-center -0.05 --dec-center -0.45\
…
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As discussed with @jm-c, the organization of physical constants and parameters is somewhat confusing.
Currently, constants are stored in three places:
1. `PlanetaryConstants`, which stores a rot…
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There is a new paper on this topic that I think we should reference. We showed that the difference in phasing for glitches and signals in the TDI variables will allow us to distinguish unmodeled gravi…
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We should update the Why's and What's section to:
* Clearly state our main goal: The idea behind HelioML is to read a scientific paper and then, as a companion, visit the code to reproduce the resu…
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Dear dev's,
Firstly great piece of software. I work in gravitational wave parameter estimation and we've found dynesty to be highly competitive.
One thing I've been wondering about is the abili…
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I'd like to convert my NumPy array which represents a gravitational wave with 8192 time-steps into pycbc.types.timeseries.TimeSeries to be able to use the match function -- how can I go about doing th…
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### Summary
There are Latin abbreviations ("e.g.", "etc", "i.e.") in the book. Removing them would increase the accessibility of The Turing Way (see the writing style guide in [CONTRIBUTING.md](https…