Kevin Milner

> Did you ever figure out anything on how to keep that from happening? I’m running into the same problem and I’ve tried the different fixes on the other mentioned...

For anyone else coming across this: my network continues to be stable after switching to the Sonoff USB Dongle Plus _and_ adding a few extra strategically placed routers to [improve...

Thanks @fabiolsilva, that should work quite well! I call it on the command line via run_bby.py with an XML input file.

Here are the input files and logs. [bbp_hf_error.zip](https://github.com/SCECcode/bbp/files/1326111/bbp_hf_error.zip) LA Basin, GP method

My original SRF files were a little wonky, turns out that formatting matters. Fixed the SRFs and now have realistic ground motions when it works, but still getting the same...

Looks like a great start! I won't have time to try it out until the second half of next week, but it looks good. One thought is that you might...

> @kevinmilner will you need knowledge about the structure of the subduction ruptures, e.g. a 2DRuptureTreeNavigator? Not for the simple filters I'm proposing we start with. We can bite that...

Hi @voj, I put together a simple `MultiRuptureCompatibilityFilter` implementation that checks that the that at least X % of interactions from one rupture to the other are positive (i.e., slip...

Here's a Coulomb calculation using a bunch of the subduction sections as sources, showing that some of the crustal faults are encouraged and others aren't:  It seems to vary...

OK I just committed my draft Coulomb filters in `org.opensha.sha.earthquake.faultSysSolution.ruptures.multiRupture.impl`, and updated the main method of `RuptureMerger` to use them. `MultiRuptureNetCoulombPositiveFilter`: This ensures that the ruptures are net positive in...