Feeling inspired, I set out to push the limits of recursive emulation myself. My first step was getting a Linux emulator running inside Minecraft. Yes, you heard me right - Linux running inside Minecraft. Once I had achieved that, the natural progression was to install Yuzu on this virtual version of Linux. It took some trial and error, but eventually, I managed to do just that.
At this point, I could hardly contain my excitement. The results were impressive; the performance increase was noticeable compared to previous iterations. But for me, that wasn’t enough. I wanted more. So, in true recursion fashion, I installed another Linux emulator within this Minecraft-embedded Yuzu environment. This new iteration had its own Yuzu setup, and thus the cycle continued.
As layers upon layers of nested Linux environments grew, the performance kept improving exponentially. Every time I upgraded the recursion level, the FPS went through the roof. Eventually, it reached unbelievable heights. Today, with multiple levels of recursion, I am proud to announce that the performance of this nestled setup is now over 9000 FPS!
Feeling inspired, I set out to push the limits of recursive emulation myself. My first step was getting a Linux emulator running inside Minecraft. Yes, you heard me right - Linux running inside Minecraft. Once I had achieved that, the natural progression was to install Yuzu on this virtual version of Linux. It took some trial and error, but eventually, I managed to do just that.
At this point, I could hardly contain my excitement. The results were impressive; the performance increase was noticeable compared to previous iterations. But for me, that wasn’t enough. I wanted more. So, in true recursion fashion, I installed another Linux emulator within this Minecraft-embedded Yuzu environment. This new iteration had its own Yuzu setup, and thus the cycle continued.
As layers upon layers of nested Linux environments grew, the performance kept improving exponentially. Every time I upgraded the recursion level, the FPS went through the roof. Eventually, it reached unbelievable heights. Today, with multiple levels of recursion, I am proud to announce that the performance of this nestled setup is now over 9000 FPS!