Le coup de pied dans la fourmilière de l'émulation Nintendo 64, qui n’avançait pas tant que cela ces derniers temps, qu'on attendait est probablement arrivé.Les prémices prometteuses sont désormais accessible au public dans cette nouvelle version. ares supporte le moteur de rendu ParaLLEl-RDP qui n'était auparavant intégré qu'à RetroArch. L'émulateur sera aussi plus gourmand en ressources que ce à quoi la concurrence nous a habitué. Certes, la compatibilité n'est que de 33% et il reste beaucoup de travail mais le projet est à suivre de très près. Voici les explications de l'auteur:
I'm excited to launch ares v118 today, the first release featuring playable, full-speed Nintendo 64 emulation!
The new Nintendo 64 emulation is made possible thanks to Themaister very graciously porting his Vulkan-based ParaLLEl-RDP graphics renderer to ares. With its default settings, it is nearly pixel-perfect to real hardware, and it optionally supports upscaling to 2x or 4x the original Nintendo 64 resolution, plus optional supersampling back down to the original resolution (for enhanced anti-aliasing) if desired. The Vulkan support requires an appropriate graphics card, and either Windows or Linux. At this time, Vulkan is not available for macOS nor the BSDs.
Also new for the Nintendo 64 core in this release is Rumble Pak, Cartridge Pak, SRAM, EEPROM, and Flash save support. Note that for right now, the Rumble Pak will only be enabled for games which use internal saves (SRAM, EEPROM, and Flash.) That does not cover all Rumble Pak-capable games. The option to choose between Rumble Paks and Cartridge Paks will be added to a future release.
For the PlayStation core, Luke Usher provided two rendering fixes that allow Final Fantasy VII and Tony Hawk's Pro Skater to be fully playable!
Right now, approximately 33% of the Nintendo 64 library is fully playable, and about 67% of the PlayStation library is fully playable. Each core has only been under active development for about one month each, so they both have a long way to go. Please treat these early releases as tech samples, rather than finished emulation cores.
Further, note that the Nintendo 64 and PlayStation cores employ cached interpreters. This is a middle-ground between the accuracy of interpreters and the performance of dynamic recompilers. As such, ares' system requirements will be a bit higher than traditional emulators for these systems. Presuming no background task interference or CPU throttling, generally speaking, a Ryzen 5 2600 or better CPU should get you to around ~120fps in the average case, and ~60fps in the worst case. |
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