gloriouseggroll

Wine-GE-Proton7-20 Released

Added 2022-06-29 08:27:14 +0000 UTC

FSR Updates:

(1) 32:9 resolutions have been added to the FSR resolution list:

```

32:9 (5120x1440) -- Samsung Neo G9:

{2560, 720}, // 32:9 - 'FSR 32:9 Performance'

{3012, 847}, // 32:9 - 'FSR 32:9 Balanced'

{3413, 960}, // 32:9 - 'FSR 32:9 Quality'

{3938, 1108}, // 32:9 - 'FSR 32:9 Ultra Quality'

```

(2) `WINE_FULLSCREEN_FAKE_CURRENT_RES` was found to be not working properly in some games. This has been -fixed- and -renamed- to `WINE_FULLSCREEN_FSR_CUSTOM_MODE`. The rename was done to keep conformity with the naming scheme and make it easier to remember. This option WILL add the specified custom resolution in-game and therefore now does what everyone actually expected it to thankfully.

(3) Since (2) is fixed, there are now -two- ways to add your desired FSR resolution in-game!

Method 1:

`WINE_FULLSCREEN_FSR=1 WINE_FULLSCREEN_FSR_MODE=ultra %command%`

with the options of ultra, quality, balanced, performance and it will auto-add the corresponding FSR resolution in-game for your monitor resolution if supported. You then go in game, set fullscreen mode, and choose that resolution if it is not already automatically set.

Method 2:

This is useful for screen resolutions that are not normally supported which need a custom mode added to upscale from:

`WINE_FULLSCREEN_FSR=1 WINE_FULLSCREEN_FSR_CUSTOM_MODE=3413x960 %command%`

You then go in game, set fullscreen mode, and choose that resolution if it is not already automatically set.

Notes:

- You -cannot- add multiple values. Only one mode is allowed in the preset modes, and only one resolution is allowed in the custom mode.

- For Reference, here is the full preset list:

```

+ 32:9 (5120x1440) -- Samsung Neo G9:

+ {2560, 720}, // 32:9 - 'FSR 32:9 Performance'

+ {3012, 847}, // 32:9 - 'FSR 32:9 Balanced'

+ {3413, 960}, // 32:9 - 'FSR 32:9 Quality'

+ {3938, 1108}, // 32:9 - 'FSR 32:9 Ultra Quality'

+ 4K:

+ {1920, 1080}, // 16:9 - 'FSR 2160p Performance'

+ {2259, 1270}, // 16:9 - 'FSR 2160p Balanced'

+ {2560, 1440}, // 16:9 - 'FSR 2160p Quality'

+ {2954, 1662}, // 16:9 - 'FSR 2160p Ultra Quality'

+ Ultra-wide:

+ {1720, 720}, // 21:9 - 'FSR ultra-wide Performance'

+ {2024, 847}, // 21:9 - 'FSR ultra-wide Balanced'

+ {2293, 960}, // 21:9 - 'FSR ultra-wide Quality'

+ {2646, 1108}, // 21:9 - 'FSR ultra-wide Ultra Quality'

+ 2K:

+ {1280, 720}, // 16:9 - 'FSR 1440p Performance'

+ {1506, 847}, // 16:9 - 'FSR 1440p Balanced'

+ {1706, 960}, // 16:9 - 'FSR 1440p Quality'

+ {1970, 1108}, // 16:9 - 'FSR 1440p Ultra Quality'

+ 1080p:

+ {960, 640}, // 16:9 - 'FSR 1080p Performance'

+ {1129, 635}, // 16:9 - 'FSR 1080p Balanced'

+ {1280, 720}, // 16:9 - 'FSR 1080p Quality'

+ {1477, 831}, // 16:9 - 'FSR 1080p Ultra Quality'

```

- Also for reference, here is the formula used by FSR in case you want to make your own modes for different aspect ratios:

```

+ Ultra Quality — 1.3x scaling

+ Quality — 1.5x scaling

+ Balanced — 1.7x scaling

+ Performance — 2x scaling

```

The way you use this is to divide the max width and height for the resolution you have by the scaling value then round up/down for the last number based on the first decimal value.

Ex.

```

W 1920/1.3 = 1476.923076923

H 1080/1.3 = 830.769230769

----

1477x831 = {1477, 831}, // 16:9 - 'FSR 1080p Ultra Quality'

```

Here are some examples of me applying 32:9 aspect ratio 3413x960 resolution on a 4k monitor: