The True Luxury

Behold, the pinnacle of game development: storing your entire storyline in a global array and using hardcoded indices to track plot points. Because who needs databases or state machines when you can just check if storyline_array[367] == 1 to determine if you've already done something? The real masterpiece is using instance_destroy() as your universal solution. Lunch with Fern? Destroy the instance. Already completed a task? Destroy the instance. Relationship problems? You guessed it— instance_destroy() . Meanwhile, poor Rhode gets the "Do Nothing" treatment. Clearly the developer's favorite character won the popularity contest. This code is basically the digital equivalent of writing your novel's plot points on sticky notes, scattering them across the floor, and numbering them randomly.

Well, looks like gamers are about to get absolutely wrecked. AI data centers are hoovering up VRAM like there's no tomorrow, and guess what? That leaves pretty much nothing for the rest of us who just want to play games without selling a kidney. The AI boom has created such insane demand for GPUs that affordable graphics cards are basically a distant memory. Low prices? Dead. Mid-range availability? Murdered. Consumer VRAM? About to be slaughtered. Meanwhile, PC gaming as a hobby is sitting there watching nervously, knowing it's next on the chopping block. Thanks to every company on Earth spinning up massive GPU clusters to train their "revolutionary" chatbots, the hardware you need to run Cyberpunk at decent settings now costs more than your car. The semiconductor supply chain is basically one giant feeding tube straight into AI infrastructure, and gamers are left fighting over scraps.

Why fix your spaghetti code when you can just demand players buy a $3000 gaming rig instead? Modern game development in a nutshell: "Can't run our unoptimized mess? Sounds like a YOU problem." Nothing says professional game design quite like shifting the burden of performance from talented developers to consumer hardware. Who needs efficient algorithms when you can just require 32GB RAM and the latest GPU that costs more than a used car?

When your code crashes so hard it burns the image of Arthur Morgan into your TV. That's not a bug, that's a $444 feature. At least now you have a permanent companion to judge your spaghetti code with that signature cowboy disappointment. Still cheaper than therapy for most developers.

The irony is absolutely delicious here. You spend all day implementing physics engines, debugging collision detection, optimizing render pipelines, and crafting AI behavior trees... but when it comes to actually playing games? That garbage bin has better hand-eye coordination than you do. It's the classic case of the cobbler's children having no shoes. Game devs are too busy crunching on their own projects, staring at the same three test levels for months on end, and playtesting broken builds to actually git gud at finished games. By the time you ship, the last thing you want to do is pick up a controller. Plus, knowing how the sausage is made kind of ruins the magic. You can't enjoy a boss fight when you're mentally debugging why the hitbox feels off.

The perfect visual metaphor for gamedev codebases everywhere. Like the Cat in the Hat, your code is juggling fish, cake, books, and milk while somehow not collapsing into a heap of runtime errors. Nobody knows how it works. Nobody dares refactor it. One wrong move and that delightful game experience turns into a stack trace from hell. But hey, as long as the players are having fun, who cares if your inheritance hierarchy looks like a family tree from medieval royalty? Ship it now, clean it never. The first rule of technical debt club.