解锁60帧：

尼尔：复制体 《尼尔：复制体》帧数上限解锁补丁 Mod V3.3.2 下载- 3DM Mod站
《尼尔：复制体》帧数上限解锁补丁解压到游戏目录（尼尔：复制体 《尼尔：复制体》帧数上限解锁补丁 Mod V3.3.2 下载- 3DM Mod站）
Special K也解压在游戏目录（游戏Mod工具 Special K Mod V0.9.19 下载- 3DM Mod站）

21:9：

转自：真正准完美超宽修复21比9,32比9，ui不变形。更新具体方法！！ – 《尼尔：人工生命》 – 3DMGAME论坛 – Powered by Discuz!
之前的方法只是简单的拉伸，并不是真正的超宽支持。这个方法才能正确显示超宽的范围。转自：https://www.reddit.com/r/widescr … _resolution_aspect/
1.-用十六进制编辑器打开“nier Replicant ver.1.22474487139.exe”。
-搜索所有“39 8E E3 3F”，并替换为以下选项之一：
21：9(2560×1080)26 B4 17 40。
32：9：39 8E 63 40。
其他分辨率：https://www.wsgf.org/article/common-hex-values 点击查看脚注¹
多搜几次，有好几处都要修改。
2.继续搜索00 00 10 41 00 00 50 41 00 00 80 41 00 00 00 00
改为
21:9：00 00 10 41 00 00 50 41 00 00 AC 41 00 00 00 00
32:9：00 00 10 41 00 00 50 41 00 00 00 42 00 00 00 00

3.下载Nier_Replicant_SQRT1.5_UI.rar
文件默认32比9分辨率，需修改的话，在ShaderFixes文件夹内分别修改0a2c2125f4a421a5-vs_replace.txt 和 dc88834b3469cba8-vs_replace.txt
// Our aspects for scaling
float new_aspect_width = 32.0
float new_aspect_height = 9.0
4.打开游戏享受吧

分享名称：尼尔
分享链接：https://kb.itpno.com/#s/_TvrPMdQ
访问密码：iTPno.

1. 分辨率 ↩︎

Aspect Ratios

To calculate your aspect ratio decimal, divide the resolution’s width by its height. Note that ultra-widescreen is marketed as 21:9 but the aspect ratio actually varies slightly between resolutions (these are listed separately below).

Common Name	Decimal	Formatted Value
5:4	1.25	00 00 A0 3F
4:3	1.33	AB AA AA 3F
3:2	1.5	00 00 C0 3F
16:10	1.6	CD CC CC 3F
15:9	~1.66	55 55 D5 3F
16:9	~1.77	39 8E E3 3F
1.85:1	1.85	CD CC EC 3F
21:9 (2560×1080)	~2.37	26 B4 17 40
21:9 (3440×1440)	~2.38	8E E3 18 40
2.39:1	2.39	C3 F5 18 40
21:9 (3840×1600)	2.4	9A 99 19 40
2.76:1	2.76	D7 A3 30 40
32:10	3.2	CD CC 4C 40
32:9	~3.55	39 8E 63 40
3×5:4	3.75	00 00 70 40
3×4:3	4	00 00 80 40
3×16:10	4.8	9A 99 99 40
3×15:9	5	00 00 A0 40
3×16:9	~5.33	AB AA AA 40

Resolutions

Value	Hex Value	Formatted Value
200	0x0C8	C800
240	0x0F0	F000
320	0x140	4001
480	0x1E0	E001
525	0x20D	0D02
540	0x21C	1C02
576	0x240	4002
600	0x258	5802
640	0x280	8002
704	0x2C0	C002
720	0x2D0	D002
768	0x300	0003
800	0x320	2003
840	0x348	4803
848	0x350	5003
854	0x356	5603
900	0x384	8403
960	0x3C0	C003
992	0x3E0	E003
1000	0x3E8	E803
1024	0x400	0004
1050	0x41A	1A04
1080	0x438	3804
1152	0x480	8004
1200	0x4B0	B004
1280	0x500	0005
1360	0x550	5005
1366	0x556	5605
1368	0x558	5805
1440	0x5A0	A005
1536	0x600	0006
1600	0x640	4006
1680	0x690	9006
1768	0x6E8	E806
1776	0x6F0	F006
1800	0x708	0807
1920	0x780	8007
2048	0x800	0008
2160	0x870	7008
2400	0x960	6009
2560	0xA00	000A
2720	0xAA0	A00A
2880	0xB40	400B
3072	0xC00	000C
3200	0xC80	800C
3360	0xD20	200D
3440	0xD70	700D
3840	0xF00	000F
4080	0xFF0	F00F
4320	0x10E0	E010
4800	0x12C0	C012
5040	0x13B0	B013
5120	0x1400	0014
5760	0x1680	8016

Notes

Sometimes the field of view (fov) for a game can be found in hexadecimal form in one of the game’s files. The format you will most likely see is the IEEE 754 standard which is comprised of four hexadecimal pairs.

For example an FOV of 60.0 would be the following in hexadecimal.

42 70 00 00

This will almost always be formatted to be read from right to left in the game’s files. So 42 70 00 00 becomes the following in the file.

00 00 70 42

You can use a IEEE 754 calculator to get your FOV value into hexadecimal format. Simply paste your FOV in the decimal field and click the Rounded or Not Rounded button (should not matter) and look at the hexadecimal result under the single precision fields.

Think of the hexadecimal value in this format.

ST UV WX YZ

You will be using it in this format.

YZ WX UV ST

Remember you can calculate the field of view by using the FOV Calc tool on this site along with any of several other methods for calculating the field of view.

When re-calculating fov based on aspect ratio, it can be done using trigonometric tangent functions to convert the angle to radians divided into half, then converted into a zoomable angle that can be divided or multiplied by the zoom factor and converted back into degrees.

For example, the current display ratio is 4:3 and the conditional aspect ratio is 16:9, the fov degrees of 45.0 would become 57.822402 from dividing the aspect ratio by the conditional aspect after converting the angle into a tangent angle:

Degrees:
Arctan(Tan(Fovy * PI / 360) / (4/3) * (16/9)) * 360 / PI

Degrees converted from radians:
Arctan(Tan(Fovyradians / 2) / (4/3) * (16/9)) * 360 / PI

Radians:
2 x Arctan(Tan(Fovyradians / 2) / (4/3) * (16/9))

Radians converted from Degrees:
2 x Arctan(Tan(Fovy * PI / 360) / (4/3) * (16/9))

(Above information provided by Tanuki)