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I try to config the magnetometer and i get about 70%
In my gaming room i get 60% and in my sleep room i get 75%
I read here a post and in the google groups about this issue and i think there is no…
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NTR: magnetoencephalography
definition: a functional neuroimaging technique for mapping brain activity by recording magnetic fields produced by electrical currents occurring naturally in the brain, u…
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So I'm currently trying to implement a homogeneous magnetic field. However, I can't get it to work. And basically my question is: Is it even possible to create a homogeneous magnetic field using this …
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During the [SNEWS Collaboration Meeting](https://indico.cern.ch/event/1152332/timetable/#20220803.detailed), Luca Boccioli offered that we could add the simulations presented in his talk to SNEWPY.
I…
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The SS39ET specified in the BOM senses magnetic fields perpendicular to the board. But when used in a hall endstop on VT/V2, the axially magnetized magnets point in directions parallel to the board, s…
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### Bug report
**Bug summary**
Gradient fields in 2D simulations depend on the extends of the the third dimension.
Example data is a 2D magnetic field loop (density and velocities are uni…
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Currently magnetostatic problems are either solved using zonal harmonics (if the geometry is cylinder symmetric) or has to be solved using numerical integration of the Biot-Savart law (for all non cyl…
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Now that PR #49 has been merged in, the MHD solver needs to be updated so that it can auto-specify it's required fields. This is going to look a little different from the other methods since the MHD …
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Does pypilot provide magnetic deviation for heading as described in [NMEA HDG msg](https://gpsd.gitlab.io/gpsd/NMEA.html#_hdg_heading_deviation_variation) ?
Magnetic variation can be obtained from …
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Add in modifications due to magnetic fields as calculated in https://ui.adsabs.harvard.edu/abs/2019ApJ...870L...5H/abstract
Adrian Fraser has a python implementation for this that we should be able…