![\"\"](\"https:\/\/www.emu-france.com\/wp-content\/uploads\/2024\/07\/Jgenesis.png\")
<\/a>\n <\/p>\n
Emulation des consoles suivantes:<\/strong> Voici quelques caract\u00e9ristiques:<\/strong> T\u00e9l\u00e9charger Jgenesis v0.13.1 (29.8 Mo)<\/a><\/p><\/p>\n
\n– Sega Genesis \/ Mega Drive
\n– Sega CD \/ Mega CD \/ 32X \/ Mega 32X
\n– Sega SG-1000
\n– Sega Master System \/ Mark III
\n– Game Gear
\n– Nintendo Entertainment System (NES) \/ Famicom
\n– Super Nintendo Entertainment System (SNES) \/ Super Famicom
\n– Game Boy \/ Game Boy Color \/ Advance
\n <\/p>\n
\n– Moteur de rendu bas\u00e9 sur le GPU avec mise \u00e0 l’\u00e9chelle des nombres entiers et interpolation lin\u00e9aire optionnelle
\n– Rapport d’aspect des pixels configurable pour chaque console avec plusieurs options diff\u00e9rentes : fid\u00e9lit\u00e9 au mat\u00e9riel\/t\u00e9l\u00e9viseur d’origine, pixels carr\u00e9s et \u00e9tirement pour remplir la fen\u00eatre.
\n– Prise en charge de l’extension de l’unit\u00e9 sonore FM du Sega Master System
\n– Prise en charge de la puce SVP de la Sega Genesis, utilis\u00e9e dans Virtua Racing
\n– Prise en charge des mappeurs NES les plus courants, ainsi que d’un certain nombre de mappeurs moins courants
\n– Prise en charge de la plupart des coprocesseurs SNES (par exemple Super FX, SA-1, DSP-1, CX4, S-DD1, SPC7110)
\n– Prise en charge des contr\u00f4leurs Genesis \u00e0 3 et 6 boutons
\n– Prise en charge des commandes au clavier et des commandes au gamepad DirectInput
\n– Sauvegarde des \u00e9tats, avance rapide et retour en arri\u00e8re
\n– Quelques shaders simples de flou horizontal et d’anti-dither na\u00eff pour m\u00e9langer des motifs de pixels dithered, qui \u00e9taient extr\u00eamement courants sur ces consoles en raison des palettes de couleurs limit\u00e9es et de l’absence de transparence prise en charge par le mat\u00e9riel.
\n– Option d’overclocking CPU 2x pour l’\u00e9mulation Sega Master System et Game Gear
\n– Surcaden\u00e7age GSU 2-4x en option pour les jeux SNES Super FX
\n– Peut ex\u00e9cuter les d\u00e9mos Titan Overdrive et Titan Overdrive 2 pour la Mega Drive.
\n
\nLes changements sont les suivants:
\n
\nSettings Changes<\/strong>
\n– On Windows, the settings file is now stored in a user profile directory by default (generally C:\\Users\\$NAME\\AppData\\Local\\jgenesis\\); other platforms already behaved this way (e.g. generally $HOME\/.config\/jgenesis\/ on Linux).
\n– If you want to restore the old Windows behavior of storing the settings file in the emulator directory, there is a new option in Settings > Paths to switch the settings file location, or you can create a portable.txt file in the emulator directory (contents don’t matter, the file just has to exist); this works on all platforms.
\n– The –config command line arg still exists and overrides all of this behavior if it is used.
\n
\nImprovements<\/strong>
\n– The rewind buffer is now compressed in memory; this significantly decreases the emulator’s RAM usage, particularly when emulating Sega CD or 32X.
\n– Exact savings will vary based on a lot of things, but with 32X for example I’m seeing that a 10-second rewind buffer now takes 40-80 MB of RAM instead of ~600 MB.
\n– Compression is performed asynchronously, so this should not impact emulator performance.
\n– Save states are now compressed and written to disk asynchronously, which makes it significantly less likely that saving state will cause the emulator to stutter.
\n
\nFixes<\/strong>
\n– Fixed turbo input mappings not working properly; this was a regression in v0.12.0.
\n– This was caused by the backend changes to support the Genesis debugging tools added in v0.12.0, which involved mostly rewriting the main emulator execution loop (among other things); the new version was missing the bit of code that makes turbo buttons alternate between pressed and not pressed.
\n– Fixed all settings reverting to defaults when a single setting fails to deserialize from the config file; now only the setting(s) that failed to deserialize will reset to default.
\n– (SNES) Cartridges that specify a nonsensically high amount of SRAM in the cartridge header now get 256 KB of SRAM instead of none (#635). This seems to usually happen with prototype cartridges that don’t have a proper cartridge header.<\/em>
\n <\/p>\n