@freemo It worked out okay. I struggled to keep my RF and power grounds separate, and I learned about stitching capacitors. I made a board with a 16-way splitter and a variable phase shifter on each output. Went 6 layer PWR,GND,Input,Output,GND,PWRGND. The input and output will both resemble microstrips with their adjacent GND planes.
@EVoCeO @design_RG PyCharm is great, but perhaps not easy to use. It is built from the ground up with things like virtual environments and reproducible builds in mind. If you're just getting started, I can see that being somewhat overwhelming. I would personally suggest that something like spyder might be better, for somebody getting started. It also has syntax highlighting and code completion, but will just use your default python installation and pip installs. I would also suggest that you go back to pycharm when you're thinking of starting your first serious project.
@freemo I'm learning to make multilayer PCBs with KiCAD. Never used PCB software before. Seems like I'm going to need to start making some footprints.
@freemo I'm usually an open source fan, but nothing comes close to sublime text. It is similar to atom, but its a native application and so speedy; you'll never want to touch an electron editor again.
@freemo @M0YNG Papers are generally expensive if you aren't at an academic institute and they are also not a great place to learn a new topic. I often find technical information on places like wikipedia either totally inaccessible or so simple its unusable.
Honestly I don't think I've seen anything that comes close to replacing a good textbook. The information is probably all there on the internet, but not nearly as accessible or curated.
@freemo @mngrif @Rovine @angelobottone @snder @koyu@koyu.space @Curator @rvlobato @pschwede @TheGnuMaster @adrianomaini
Thanks =]
Just made a short post about how to simulate electrostatic nonuniform charge density distributions with FEniCS; that is spatially varying charge density distributions. This could be useful for simulating things like particle beams which are commonly assumed to have Gaussian (or similar) distributions. This is a small extension of a previous post about how to simulate uniform charge density distributions.
@Rovine you could use node if you've already looked at JavaScript.
@freemo works for me too now, thank you very much :)
@freemo I'm getting a gitlab 404 on video.qoto.org I'm afraid.
@mngrif nim is pretty interesting, you write something with a python-like syntax but its converted to c and compiled.
@Rovine well my aim isn't really to learn about blogging platforms so I wouldn't try anything too experimental, although I would consider a self hosted WordPress blog. Do you have a preferred host?
@freemo When I first saw this all I could think was "this is why nobody uses the divide symbol", all ambiguity disappears when it's written as a fraction.
@piggo Which of these features is Firefox lacking?
This blog is dedicated to physics and computing, with a current focus on solving electromagnetic problems using open source tools.
I work in particle beam diagnostics and am a PhD student studying the interaction of particle beams with their surroundings as well as the associated dynamics.
I'm Interested in anything related to particle accelerators, beam dynamics, detectors, electromagnetism and computing for science. I also enjoy tennis, fountain pens, fantasy & sci-fi books and board games.