Painfully Obvious.

Man, has this series been neglected! I was going to tell you folks how I synchronized the power states of my Pi, marquee light, and monitor with an Arduino, but it turns out it’s hard to write Arduino tutorials when you’re only barely certain of what you’re doing, electronics‐wise, and…

Like last time, today we’ll be covering a topic that will be useful to Pi users in general, not just those who’ve built arcade cabinets: how to use a rotary encoder to control your Pi’s system volume. If you don’t yet know how to solder or splice, you may want…

Now to the fun part. The rest of this series will cover the customizations I’ve made to my arcade cabinet. They’re not completely new ideas, but they’re things that I myself wish I’d been able to find guides for before I dove into the deep end. Let’s start with something…

Here’s my dilemma: I want to give enough detail to make this series worth reading, but not so much detail that it gets mistaken for a step‐by‐step tutorial. After all, I’m largely following other people’s plans here, and if I wanted to do a tutorial I should’ve taken twice as…

Before your attention flags, I want to wrap up the hardware portion of this series and move into the software. But first I need to cover some odds and ends.

Last time I told you a story of how I built an arcade cabinet out of a couple sheets of MDF. The part I left out was the making of the control panel — the MDF board that will hold the buttons, joysticks, and other controls.

In part one of a too‐many‐parted series, learn how I turned a couple of sheets of MDF into an arcade cabinet with several pounds of sawdust as by‐product.

I don’t have the patience to learn new skills for their own sake. Most of what I know about computers, including everything I do at my day job, was something I learned because I needed it to do something cool. In 2001 I needed to learn PHP to make a…