Mirrors/sf2000
2
0
Fork 0
mirror of https://github.com/vonmillhausen/sf2000.git synced 2024-07-25 10:42:06 +02:00
Code Issues Packages Projects Releases Wiki Activity

Update README.md

Browse Source
This commit is contained in:
vonmillhausen 2023-05-25 12:05:48 +01:00
parent b43b173797
commit c7c0065144
1 changed files with 7 additions and 7 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

14
README.md
View File

@ -89,7 +89,7 @@ The device advertises support for arcade, NES, SNES, Genesis/Mega Drive, Game Bo
The SF2000 appears to be using Libretro with a custom front-end (i.e., not RetroArch).
### Arcade
The device is running Final Burn Alpha v0.2.97.42 (Git commit (`621e371`)[https://github.com/Aftnet/fbalpha/commit/621e371]). Thanks to some truly exceptional work by `adcockm#8175` from the Retro Handhelds Discord, we know it supports an unusual mix of ROM sets, largely based on MAME 0.106 and Final Burn Alpha v0.2.97.42. `adcockm#8175` has gone ahead and compiled two separate [Clrmamepro](https://mamedev.emulab.it/clrmamepro/) dat files - [one for _all_ sets technically supported by the SF2000's current BIOS](/arcade/DataFrog_SF2000_FBA_v0.2.97.42.dat) (as of May 2023; though note that "supported" does not mean working or playable), and [one for all playable sets](/arcade/DataFrog_SF2000_FBA_v0.2.97.42_playable_no_dups.dat) with duplicates removed (and note, "playable" may include games with missing sound, graphical glitches, performance issues, but are otherwise technically functional). If you want to build a working set (must be non-merged) from the dat files, `adcockm#8175` has further provided [a list of "hints"](/arcade/Building_the_DataFrog_SF2000_FBA_v0.2.97.42_set.txt) as the sets you'll need to track down - for obvious reasons neither I nor anyone else can provide links to such material, but hopefully the hints will get you something you can start searching for. Finally, there's also [a HTML document](/arcade/DataFrog_SF2000_FBA.html) with a list of all of the supported sets along with some useful metadata, such as the set's full name, playability information, screen orientation, etc.. The `inrom` column indicates if the ROM was included on the SF2000's stock microSD card; it's interesting to note that there were more ROMs located on the card than were defined in the `mswb7.tax` file (and thus available from the arcade game list); none of the unlisted games were actually playable on the SF2000, so it's possible someone from Data Frog actually tested the games to an extent, and removed ones from the available list that were broken.
The device is running Final Burn Alpha v0.2.97.42 (Git commit [`621e371`](https://github.com/Aftnet/fbalpha/commit/621e371)). Thanks to some truly exceptional work by `adcockm#8175` from the Retro Handhelds Discord, we know it supports an unusual mix of ROM sets, largely based on MAME 0.106 and Final Burn Alpha v0.2.97.42. `adcockm#8175` has gone ahead and compiled two separate [Clrmamepro](https://mamedev.emulab.it/clrmamepro/) dat files - [one for _all_ sets technically supported by the SF2000's current BIOS](/arcade/DataFrog_SF2000_FBA_v0.2.97.42.dat) (as of May 2023; though note that "supported" does not mean working or playable), and [one for all playable sets](/arcade/DataFrog_SF2000_FBA_v0.2.97.42_playable_no_dups.dat) with duplicates removed (and note, "playable" may include games with missing sound, graphical glitches, performance issues, but are otherwise technically functional). If you want to build a working set (must be non-merged) from the dat files, `adcockm#8175` has further provided [a list of "hints"](/arcade/Building_the_DataFrog_SF2000_FBA_v0.2.97.42_set.txt) as the sets you'll need to track down - for obvious reasons neither I nor anyone else can provide links to such material, but hopefully the hints will get you something you can start searching for. Finally, there's also [a HTML document](/arcade/DataFrog_SF2000_FBA.html) with a list of all of the supported sets along with some useful metadata, such as the set's full name, playability information, screen orientation, etc.. The `inrom` column indicates if the ROM was included on the SF2000's stock microSD card; it's interesting to note that there were more ROMs located on the card than were defined in the `mswb7.tax` file (and thus available from the arcade game list); none of the unlisted games were actually playable on the SF2000, so it's possible someone from Data Frog actually tested the games to an extent, and removed ones from the available list that were broken.
`adcockm#8175` also provided the following interesting statistics:
@ -107,22 +107,22 @@ The device is running Final Burn Alpha v0.2.97.42 (Git commit (`621e371`)[https:
- Full set total size: `11.4 GB` (12,245,306,389 bytes)
### NES
Emulator is FCEUmm (Git commit (`7cdfc7e`)[https://github.com/libretro/libretro-fceumm/commit/7cdfc7e]). There are references in the firmware to different NES palettes, but there's no interface or configuration for the emulator itself to choose one. On the original firmware, the A and B buttons were swapped. See "[Button Mappings/Key Bindings](#button-mappingskey-bindings)" section below.
Emulator is FCEUmm (Git commit [`7cdfc7e`](https://github.com/libretro/libretro-fceumm/commit/7cdfc7e)). There are references in the firmware to different NES palettes, but there's no interface or configuration for the emulator itself to choose one. On the original firmware, the A and B buttons were swapped. See "[Button Mappings/Key Bindings](#button-mappingskey-bindings)" section below.
### SNES
Emulator is Snes9x 2005 v1.36 (Git commit (`b94a804`)[https://github.com/libretro/snes9x2005/commit/b94a804]). With the April 20th version of the firmware, SNES games often appear to run very slowly _on first launch_; but if you exit the game and load it again, it usually starts performing _much_ better.
Emulator is Snes9x 2005 v1.36 (Git commit [`b94a804`](https://github.com/libretro/snes9x2005/commit/b94a804)). With the April 20th version of the firmware, SNES games often appear to run very slowly _on first launch_; but if you exit the game and load it again, it usually starts performing _much_ better.
### Genesis/Mega Drive
Emulator is PicoDrive 1.91 (Git commit (`cbc93b6`)[https://github.com/libretro/picodrive/commit/cbc93b6]). Works pretty well. This emulator is capable of loading Master System ROMs if placed in the user ROMs folder on the microSD card; Game Gear ROMs do not load. Some PAL-region games may run too fast; NTSC-region games seem to always run at the correct speed. On the original firmware, A was mapped to A, B was mapped to B, and RB was mapped to C for some reason. See "[Button Mappings/Key Bindings](#button-mappingskey-bindings)" section below.
Emulator is PicoDrive 1.91 (Git commit [`cbc93b6`](https://github.com/libretro/picodrive/commit/cbc93b6)). Works pretty well. This emulator is capable of loading Master System ROMs if placed in the user ROMs folder on the microSD card; Game Gear ROMs do not load. Some PAL-region games may run too fast; NTSC-region games seem to always run at the correct speed. On the original firmware, A was mapped to A, B was mapped to B, and RB was mapped to C for some reason. See "[Button Mappings/Key Bindings](#button-mappingskey-bindings)" section below.
### Game Boy
Emulator is TGB Dual v0.8.3 (Git commit (`9be31d3`)[https://github.com/libretro/tgbdual-libretro/commit/9be31d3]). Uses a black and white colour palette, which currently cannot be changed. On the original firmware, the A and B buttons were swapped. See "[Button Mappings/Key Bindings](#button-mappingskey-bindings)" section below.
Emulator is TGB Dual v0.8.3 (Git commit [`9be31d3`](https://github.com/libretro/tgbdual-libretro/commit/9be31d3)). Uses a black and white colour palette, which currently cannot be changed. On the original firmware, the A and B buttons were swapped. See "[Button Mappings/Key Bindings](#button-mappingskey-bindings)" section below.
### Game Boy Color
Emulator is TGB Dual v0.8.3 (Git commit (`9be31d3`)[https://github.com/libretro/tgbdual-libretro/commit/9be31d3]). On the original firmware, the A and B buttons were swapped. See "[Button Mappings/Key Bindings](#button-mappingskey-bindings)" section below.
Emulator is TGB Dual v0.8.3 (Git commit [`9be31d3`](https://github.com/libretro/tgbdual-libretro/commit/9be31d3)). On the original firmware, the A and B buttons were swapped. See "[Button Mappings/Key Bindings](#button-mappingskey-bindings)" section below.
### Game Boy Advance
Emulator is gpSP v0.91 (Git commit (`261b2db`)[https://github.com/libretro/gpsp/commit/261b2db]). Performance is fairly poor. On the original firmware, A and B buttons are mapped correctly, but the GBA shoulder buttons are mapped to X and Y for some reason. See "[Button Mappings/Key Bindings](#button-mappingskey-bindings)" section below.
Emulator is gpSP v0.91 (Git commit [`261b2db`](https://github.com/libretro/gpsp/commit/261b2db)). Performance is fairly poor. On the original firmware, A and B buttons are mapped correctly, but the GBA shoulder buttons are mapped to X and Y for some reason. See "[Button Mappings/Key Bindings](#button-mappingskey-bindings)" section below.
---