The Dual Life Of An Indie Game Developer

Grandma heard you like "computer games" and bought you a Steam Deck thinking it's a new Nintendo! Now you've got a portable Linux machine that can run your entire Steam library, debug Docker containers, and maybe even finish that side project you've been avoiding. The best part? You can pretend you're playing games while secretly writing code in Vim. Grandparents accidentally turning their grandkids into terminal-loving power users since 2022.

Left side: "My code is self-documenting!!" with a sketch of someone looking distressed at the lowest end of the IQ bell curve. Middle: Actual documentation with detailed comments about monster attack algorithms in a game. Right side: Someone who just writes "// this is bridge" next to a drawing of a bridge, sitting at the other low end of the IQ curve. The perfect balance? The 130+ IQ person with comprehensive, helpful comments that actually explain the why behind complex game logic. The eternal developer struggle: write no comments and claim "self-documenting code," write useless comments stating the obvious, or be the rare specimen who documents the intent and reasoning. Most of us oscillate between all three depending on how much coffee we've had.

The eternal C++ struggle summed up in one painful exchange. You spend an hour debugging a function that seemingly does nothing, only to realize the horrifying truth - you never actually called it. Just declared it and walked away like it would magically execute itself. The worst part? This happens to 10-year veterans as often as day-one beginners. Nothing quite matches that special feeling of wanting to throw your mechanical keyboard through a window after realizing your carefully crafted game physics engine isn't running because you forgot the parentheses.

Remember when video games were just... fun? Before you became a programmer and couldn't help but see the collision detection glitches, frame rate issues, and spaghetti code lurking beneath the surface? Now you're sitting there calculating the physics equations they used for that jump animation, mentally optimizing their render pipeline, and thinking "that NPC pathfinding algorithm must be A* with a custom heuristic." The curse of knowledge strikes again. You've peeked behind the curtain, and now you can't unsee the matrix. Gaming will never be the same, but hey—at least you can impress absolutely nobody by explaining why that texture is flickering.

The classic software development saga in three acts: Act 1: "We found a bug! Here's a bizarre workaround that makes no logical sense." Act 2: "After thorough investigation, we've confirmed the bizarre workaround actually works. Please use it." Act 3: "After further investigation, we've determined our workaround does absolutely nothing. We have no idea what's happening." Every developer who's ever shipped code is nodding right now. The correlation-causation fallacy is basically a required skill on résumés at this point.

Billion-dollar GPU vs. one efficient Japanese coder? Not even a contest. While we're all chasing fancy hardware to run our bloated, framework-heavy code, Japanese game devs are out here making masterpieces run on calculators. Monster Hunter and Elden Ring weren't built with 16 layers of abstraction and 800MB of node_modules. The rest of us are like "I need a quantum computer to center this div" while they're squeezing every last cycle from hardware like it's still the PS2 era. Efficiency is apparently a lost art everywhere except Japan.