Difference between revisions of "RetroArch"
(→Supported systems) |
(→Supported systems) |
||
| (8 intermediate revisions by the same user not shown) | |||
| Line 17: | Line 17: | ||
| website = {{URL | http://www.retroarch.com/}} | | website = {{URL | http://www.retroarch.com/}} | ||
}} | }} | ||
| − | '''RetroArch''' is the reference implementation of the [[libretro]] [[Application programming interface|API]]. | + | '''RetroArch''' is the reference implementation of the [[libretro]] [[Application programming interface|API]]. It is free, [[open-source software|open-source]], [[cross-platform]] software, licensed under the [[GNU GPLv3]]. |
| − | It is described as a [[Front-end (computing)|front-end]] for [[emulator]]s, [[game engine]]s, [[video game]]s, [[Digital media player|media players]] and other applications, designed to be fast, lightweight, portable and without dependencies. | + | It is described as a [[Front-end (computing)|front-end]] for [[emulator]]s, [[game engine]]s, [[video game]]s, [[Digital media player|media players]] and other applications, designed to be fast, lightweight, portable and without dependencies. |
RetroArch runs programs converted into dynamic libraries called libretro cores, using several [[user interface]]s such as command-line interface, a few [[graphical user interface]]s (GUI) optimized for [[gamepad]]s (the most famous one being called XMB, a clone of Sony's [[XrossMediaBar|XMB]]), several input, audio and video drivers, plus other sophisticated features like dynamic rate control, audio filters, multi-pass [[shader]]s, [[netplay]], gameplay rewinding, cheats etc. | RetroArch runs programs converted into dynamic libraries called libretro cores, using several [[user interface]]s such as command-line interface, a few [[graphical user interface]]s (GUI) optimized for [[gamepad]]s (the most famous one being called XMB, a clone of Sony's [[XrossMediaBar|XMB]]), several input, audio and video drivers, plus other sophisticated features like dynamic rate control, audio filters, multi-pass [[shader]]s, [[netplay]], gameplay rewinding, cheats etc. | ||
| − | RetroArch has been ported to many platforms. | + | RetroArch has been ported to many platforms. It can run on several PC operating systems ([[Microsoft Windows|Windows]], [[OS X]], [[GNU/Linux]]), home consoles ([[PlayStation 3]], [[Xbox 360]], [[Wii U]], etc.), handheld consoles ([[PlayStation Vita]], [[New Nintendo 3DS|Nintendo 3DS]], etc.), on smartphones ([[Android (operating system)|Android]], [[iOS]], etc.), embedded systems ([[Raspberry Pi]], [[ODROID]], etc.) and even on web browsers by using the [[Emscripten]] compiler. |
== History == | == History == | ||
| − | Formerly known as SSNES, initially based on pseudonymous programmer [[higan (emulator)|byuu]]'s ''libretro'' predecessor ''libsnes'', | + | Formerly known as SSNES, initially based on pseudonymous programmer [[higan (emulator)|byuu]]'s ''libretro'' predecessor ''libsnes'', it began its development in 2010 with Hans-Kristian "themaister" Arntzen committing the first change on [[GitHub]]. It was intended as a replacement to [[Higan (emulator)|bsnes]]'s [[Qt (software)|Qt]]-based interface but it grew to support more emulation "cores". On April 21, 2012, SSNES was officially renamed to RetroArch to reflect this change in direction. |
| − | RetroArch's version 1.0.0.0 was released on January 11, 2014 and at the time was available on 7 distinct platforms. | + | RetroArch's version 1.0.0.0 was released on January 11, 2014 and at the time was available on 7 distinct platforms. |
| − | On February 16, 2016, RetroArch became one of the first ever applications to implement support for the [[Vulkan (API)|Vulkan]] graphics API, having done so on the same day of the API's official release day. | + | On February 16, 2016, RetroArch became one of the first ever applications to implement support for the [[Vulkan (API)|Vulkan]] graphics API, having done so on the same day of the API's official release day. |
| − | On November 27, 2016, the Libretro Team announced that, alongside [http://www.lakka.tv Lakka] ([[OpenELEC|LibreELEC]]-based RetroArch [[operating system]]), RetroArch would be on the [[Patreon]] crowdfunding platform to allow providing bounties for developers who fix specific [[software bug]]s and to cover the costs for [[Matchmaking (video games)|matchmaking]] servers. | + | On November 27, 2016, the Libretro Team announced that, alongside [http://www.lakka.tv Lakka] ([[OpenELEC|LibreELEC]]-based RetroArch [[operating system]]), RetroArch would be on the [[Patreon]] crowdfunding platform to allow providing bounties for developers who fix specific [[software bug]]s and to cover the costs for [[Matchmaking (video games)|matchmaking]] servers. |
| − | On December, 2016, GoGames – a company contracted by video game developer and publisher [[Sega]] – approached the RetroArch developers with the intention of using their software in their SEGA Forever project but ultimately the cooperation did not come to fruition due to licensing disagreements. | + | On December, 2016, GoGames – a company contracted by video game developer and publisher [[Sega]] – approached the RetroArch developers with the intention of using their software in their SEGA Forever project but ultimately the cooperation did not come to fruition due to licensing disagreements. |
| − | In April 2018 Input Lag Compensation was added. | + | In April 2018 Input Lag Compensation was added. |
== Features == | == Features == | ||
| Line 45: | Line 45: | ||
* Gamepad [[abstraction layer]] called Retropad; | * Gamepad [[abstraction layer]] called Retropad; | ||
* [[Gamepad]] auto-configuration - Zero-configuration needed from the user after plugging a gamepad in; | * [[Gamepad]] auto-configuration - Zero-configuration needed from the user after plugging a gamepad in; | ||
| − | * [[Peer-to-peer]] [[netplay]] that uses a [[rollback]] technique similar to [[GGPO]]; | + | * [[Peer-to-peer]] [[netplay]] that uses a [[rollback]] technique similar to [[GGPO]]; |
* Audio [[Digital signal processor|DSP]] plugins like an [[Equalization (audio)|equalizer]], reverb and other effects; | * Audio [[Digital signal processor|DSP]] plugins like an [[Equalization (audio)|equalizer]], reverb and other effects; | ||
* Advanced savestate features - Automatic savestate loading, disabling SRAM overwritting, etc.; | * Advanced savestate features - Automatic savestate loading, disabling SRAM overwritting, etc.; | ||
| Line 54: | Line 54: | ||
* Automatically build categorized playlists by scanning directories for games/ROMs; | * Automatically build categorized playlists by scanning directories for games/ROMs; | ||
* Multiple interfaces including: [[Command-line interface|CLI]], XMB (optimized for [[gamepad]]s), GLUI/MaterialUI (optimized for touch devices) and RGUI (available everywhere); | * Multiple interfaces including: [[Command-line interface|CLI]], XMB (optimized for [[gamepad]]s), GLUI/MaterialUI (optimized for touch devices) and RGUI (available everywhere); | ||
| − | * [[ROM image|Game ROM]] scanner - Automatically constructs [[playlist]]s by comparing the [[Hash function|hashsums]] of a [[Directory (computing)|directory]]'s files against databases of hashsums of known good game copies. | + | * [[ROM image|Game ROM]] scanner - Automatically constructs [[playlist]]s by comparing the [[Hash function|hashsums]] of a [[Directory (computing)|directory]]'s files against databases of hashsums of known good game copies. |
| − | * Libretro [[database]] of cores, games, cheats, etc. | + | * Libretro [[database]] of cores, games, cheats, etc. |
* [[OpenGL]] and [[Vulkan API]] support. | * [[OpenGL]] and [[Vulkan API]] support. | ||
| Line 114: | Line 114: | ||
|PrBoom | |PrBoom | ||
|- | |- | ||
| − | |[[Dreamcast]] | + | |[[Sega Dreamcast|Dreamcast]] |
|Redream | |Redream | ||
| Line 138: | Line 138: | ||
[[Higan (emulator)|higan]] | [[Higan (emulator)|higan]] | ||
|- | |- | ||
| − | |[[Game Boy Advance]] | + | |[[Gameboy Advance|Game Boy Advance]] |
|[[Mednafen]] | |[[Mednafen]] | ||
| Line 149: | Line 149: | ||
[[VisualBoyAdvance]] | [[VisualBoyAdvance]] | ||
|- | |- | ||
| − | |[[GameCube]] | + | |[[Gamecube|GameCube]] |
|[[Dolphin (emulator)|Dolphin]] | |[[Dolphin (emulator)|Dolphin]] | ||
|- | |- | ||
| − | |[[Game Gear]] | + | |[[Sega Gamegear|Game Gear]] |
|[[Genesis Plus|Genesis Plus GX]] | |[[Genesis Plus|Genesis Plus GX]] | ||
|- | |- | ||
| Line 192: | Line 192: | ||
|[[Mednafen]] | |[[Mednafen]] | ||
|- | |- | ||
| − | |[[32X]] | + | |[[Sega Genesis#Sega 32X|32X]] |
|Picodrive | |Picodrive | ||
|- | |- | ||
| − | |[[Sega CD|Mega CD/Sega CD]] | + | |[[Sega Genesis#Sega CD|Mega CD/Sega CD]] |
|[[Genesis Plus|Genesis Plus GX]] | |[[Genesis Plus|Genesis Plus GX]] | ||
|- | |- | ||
| Line 201: | Line 201: | ||
|[[Genesis Plus|Genesis Plus GX]] | |[[Genesis Plus|Genesis Plus GX]] | ||
|- | |- | ||
| − | |[[Master System]] | + | |[[Sega Master System|Master System]] |
|PicoDrive | |PicoDrive | ||
| Line 209: | Line 209: | ||
|[[PPSSPP]] | |[[PPSSPP]] | ||
|- | |- | ||
| − | |[[PlayStation | + | |[[PlayStation|PlayStation]] |
|[[Mednafen]] | |[[Mednafen]] | ||
| Line 255: | Line 255: | ||
|EightyOne | |EightyOne | ||
|} | |} | ||
| + | |||
| + | [[Category:Emulators]] | ||
Latest revision as of 04:37, 16 January 2019
 Note: | Imported from Wikipedia. Doing cleanup as we don't utilize some of their extensions..yet. |
 | |
| Developer(s) | The Libretro Team |
|---|---|
| Initial release | 26, 2010 |
| Stable release |
1.7.5
/ 2, 2018 |
| Repository |
github |
| Written in | C, C++ |
| Operating system | GNU/Linux, Android, iOS, FreeBSD, macOS, Nintendo Switch, Windows NT 3.51 and later |
| Platform | IA-32 (x86), x86-64 (x64), ARMv7, AArch64, PowerPC, MIPS, Cell |
| Available in | English, Chinese, German, French, Italian, Japanese, Korean, Dutch, Polish, Portuguese, Russian, Vietnamese |
| Type | Video game console emulator |
| License | GPLv3 |
| Website |
www |
RetroArch is the reference implementation of the libretro API. It is free, open-source, cross-platform software, licensed under the GNU GPLv3.
It is described as a front-end for emulators, game engines, video games, media players and other applications, designed to be fast, lightweight, portable and without dependencies.
RetroArch runs programs converted into dynamic libraries called libretro cores, using several user interfaces such as command-line interface, a few graphical user interfaces (GUI) optimized for gamepads (the most famous one being called XMB, a clone of Sony's XMB), several input, audio and video drivers, plus other sophisticated features like dynamic rate control, audio filters, multi-pass shaders, netplay, gameplay rewinding, cheats etc.
RetroArch has been ported to many platforms. It can run on several PC operating systems (Windows, OS X, GNU/Linux), home consoles (PlayStation 3, Xbox 360, Wii U, etc.), handheld consoles (PlayStation Vita, Nintendo 3DS, etc.), on smartphones (Android, iOS, etc.), embedded systems (Raspberry Pi, ODROID, etc.) and even on web browsers by using the Emscripten compiler.
History[edit]
Formerly known as SSNES, initially based on pseudonymous programmer byuu's libretro predecessor libsnes, it began its development in 2010 with Hans-Kristian "themaister" Arntzen committing the first change on GitHub. It was intended as a replacement to bsnes's Qt-based interface but it grew to support more emulation "cores". On April 21, 2012, SSNES was officially renamed to RetroArch to reflect this change in direction.
RetroArch's version 1.0.0.0 was released on January 11, 2014 and at the time was available on 7 distinct platforms.
On February 16, 2016, RetroArch became one of the first ever applications to implement support for the Vulkan graphics API, having done so on the same day of the API's official release day.
On November 27, 2016, the Libretro Team announced that, alongside Lakka (LibreELEC-based RetroArch operating system), RetroArch would be on the Patreon crowdfunding platform to allow providing bounties for developers who fix specific software bugs and to cover the costs for matchmaking servers.
On December, 2016, GoGames – a company contracted by video game developer and publisher Sega – approached the RetroArch developers with the intention of using their software in their SEGA Forever project but ultimately the cooperation did not come to fruition due to licensing disagreements.
In April 2018 Input Lag Compensation was added.
Features[edit]
Its major features include:
- Advanced GPU shader support - A multi-pass post-processing shader pipeline allows efficient use of image scaling algorithms, emulation of complex CRT, NTSC video artifacts and other effects;
- Dynamic Rate Control to synchronize video and audio while smoothing out timing imperfections;
- FFmpeg recording - Built-in support for lossless video recording using FFmpeg's libavcodec;
- Gamepad abstraction layer called Retropad;
- Gamepad auto-configuration - Zero-configuration needed from the user after plugging a gamepad in;
- Peer-to-peer netplay that uses a rollback technique similar to GGPO;
- Audio DSP plugins like an equalizer, reverb and other effects;
- Advanced savestate features - Automatic savestate loading, disabling SRAM overwritting, etc.;
- Frame-by-frame gameplay rewinding at the press of a button;
- Button overlays for touchscreen devices like smartphones;
- Thumbnails of game boxarts;
- Low input and audio lag options;
- Automatically build categorized playlists by scanning directories for games/ROMs;
- Multiple interfaces including: CLI, XMB (optimized for gamepads), GLUI/MaterialUI (optimized for touch devices) and RGUI (available everywhere);
- Game ROM scanner - Automatically constructs playlists by comparing the hashsums of a directory's files against databases of hashsums of known good game copies.
- Libretro database of cores, games, cheats, etc.
- OpenGL and Vulkan API support.
Supported systems[edit]
RetroArch can run any libretro core. While RetroArch is available for many platforms, the availability of a specific core varies per platform.
Below is a non-exhaustive table of which systems are available to RetroArch and what project the core is based on:
