DX12, eager to show off, executed every effect at full quality. He multi-threaded the glass, compute-shaded the fire, and async-computed the dust. For three seconds, he hit 144fps. The crowd cheered.
In the sprawling digital city of SysCore , there was no arena more brutal, more celebrated, or more nonsensical than the annual Finals of the Rendering Rumble. Every year, two competing graphics APIs fought to render the same scene: a chaotic, exploding skyscraper filled with particle effects, reflective glass, ragdoll physics, and one very nervous teapot. the finals dx11 vs dx12
And then, silently, DX12 crashed to desktop. DX12, eager to show off, executed every effect
Then, on the fourth second, the physics engine sneezed. A single ray-traced reflection tried to read memory that had already been freed. DX12 stuttered. The teapot duplicated itself. One version fell upward; the other turned into a checkerboard pattern. The crowd cheered
The teapot screamed.
Exhausted, both APIs entered the final phase: rendering a 4K ultra-wide scene with 16x anisotropic filtering and dynamic global illumination.