The author and I think very much alike. I felt like I was reading a journal from myself. I work for a larger engineering company and often times feel misaligned. This read helped put into words exactly how I approach problems and helps me better articulate that misalignment. Thank you to the author, great read!
I have an almost identical story. I wrote a few games: snake and a choose your own adventure fantasy thing. And likely others that I can't remember, but yeah, I had a teacher tell me basically the same thing. I was pretty sad because those really took a lot of time.
I totally agree with this! I've spent a career learning and making software of all types. I started with DOS 4, worked through VB6, and so on. Now I think more broadly and my mind is always thinking of new ideas, but with a family, it's tough to find time to create some of these. I know what the software needs to do and even what it should look like. I know the acceptance criteria and what will and won't work, so Claude has been great just being an extra set of fingers. I use it to create all sorts of projects that I would never have time to make with my busy schedule, and it's so much fun!
I agree with your thought process. Factoring in antenna type and reflections also causes difficulties when explaining concepts like super position. The sinusoid is a good illustration of what a given receiver might detect at some location (X,Y,Z). A more accurate way to show that may be a light source fading on and off to match some frequency (below THz). Then factoring in the speed of light, at time zero, the light will be off, at some arbitrary time 1, the light will be illuminated at 0.25 (scale goes up to 1 here). The light energy peak at time 1 is at the light. Then at time 2, the light goes up to 0.5. That means that the 0.25 light is now 1 unit away from the light while the 0.5 is at the light. Step to time 3 and the light goes up to 0.75, meaning 1 unit from the light, the light is at 0.5 and 2 units from the light, the light is dimmer at 0.25. This repeats with the light hitting 1.0 then falling back to 0.75, then 0.5, etc. The movement of light is key and I think that's what is often either misunderstood or just not considered enough.
I really enjoy posts like this one because I always learn something. Sure the whole program can be written using bitwise comparison or modulus, but that's not the point. The thing I learned is how to map that into address space! That's a cool trick!
I don't understand how to use this, but it does touch on an interesting topic. I want to create interactive and animated diagrams. I normally use either Draw.io or plantuml. My goal is to better teach folks about the systems I'm building, through better visualizations. Something like IcePanel (which is way too expensive) sort of shows flows, but I'd like to have full control. Does this tool claim to support something like that? If not, are there options out there that I don't know about?
I've been running Affinity Photo on Fedora for a while by running this installation script[1]. Works flawlessly and they recently upgraded the script to install Affinity 3.0. I haven't encountered/solved your second use-case, but I'm /sure/ someone has.
