We Have Time Left, Let's Add Something Funny That No One Will Read

Left side: John Carmack in his Oculus days, looking like the brilliant but slightly disheveled programmer who could optimize your rendering engine while explaining quaternions over lunch. Right side: Post-Facebook acquisition Carmack, who clearly discovered the secret API that transforms cargo pants energy into executive chic. The function signature must be something like: transform(millions_of_dollars, years_at_meta) . The real optimization algorithm was inside his wardrobe all along. Still has that "I could rewrite your entire codebase in assembly before dinner" vibe though.

Ah, the classic gaming paradox! You've got hardware that could probably launch a spacecraft to Mars: 128-core CPU, RTX 4090 with 24GB VRAM, 256GB of RAM, and an 8TB NVME SSD that could store the entire Library of Congress. And what does Unreal Engine 5 do with all this computational might? Struggle to hit 25 FPS in a menu screen . It's like buying a Formula 1 car and using it exclusively to pick up groceries at 5mph. Those fancy ray-tracing acronyms (DLSS/FSR/XeSS) are just there to make you feel better about your $5000 investment that's being brought to its knees by some shiny buttons and particle effects. Remember when games used to run at 60 FPS on a potato? Pepperidge Farm remembers.

Game devs will literally implement a complex physics engine with ragdoll mechanics, particle systems for explosive lava effects, and procedural demon summoning algorithms, but adding a cloth simulation for a scarf? That's where they draw the line. The complexity hierarchy in game development is beautifully backwards: rendering a hellscape with real-time lighting and shadows? No problem. Making fabric drape naturally over a character model? Suddenly we're asking for the moon. This perfectly captures the reality that what seems "easy" to implement versus what's actually easy are two completely different universes. Cloth physics is notoriously difficult—it requires sophisticated vertex deformation, collision detection, and performance optimization to not tank your frame rate. Meanwhile, spawning a giant demon is just instantiating a prefab with some particle effects. The demon doesn't need to realistically interact with wind or character movement; the scarf does.

You know you're living in a dystopian tech world when praising literally everyone on the team gets you a standing ovation. Gaben and Valve have somehow cracked the code: treat your employees like humans, let them work on what they want, ship games when they're ready (Half-Life 3 notwithstanding), and don't crunch people into the ground. Meanwhile, the rest of the industry is out here with mandatory 80-hour weeks, layoffs after record profits, and CEOs taking home bonuses that could fund an indie studio for a decade. The bar is literally on the floor, and Valve just casually stepped over it while everyone else is doing limbo underneath. Support staff getting recognition? Revolutionary. Not treating devs like disposable code monkeys? Groundbreaking. It's wild that basic human decency in game dev is now considered a flex.

Kingdom Come Deliverance 2 apparently got some flak for using AI-generated voiceovers, and the gaming community's reaction is basically "nobody's cool... except indie devs who somehow resist the siren call of AI automation." It's wild how we've reached a point where NOT using AI is the flex. Like, imagine telling a developer from 2015 that in the future, manually doing work would be the chad move. The bar has literally inverted itself – we went from "look how much we automated!" to "look, we actually paid humans!" It's giving very strong "I use Arch BTW" energy but for game development. The indie devs out here hand-crafting dialogue like artisanal sourdough while AAA studios are speedrunning the AI pipeline.

Forget your fancy synthetic benchmarks and Crysis runs—the true test of any GPU's worth is whether it can render a photorealistic 3D rat at a smooth 165 FPS. Because nothing says "cutting-edge graphics performance" quite like a chonky rodent spinning in the void. Someone actually built this as a WebGL benchmark tool, and honestly? It's more entertaining than watching progress bars. Your $2000 RTX 4090 better be able to handle those fur shaders, or what's even the point? The rat judges all. The top-left corner shows a glorious 165 FPS at 165 Hz—clearly running on hardware that respects the rat. If your machine can't handle the bigrat, maybe it's time to upgrade. Or just accept that you'll be stuck at 30 FPS looking at a slightly less majestic rodent.