【工具】switch《Custom Hiyoko NSP Creator》自制GB和GBC NSP文件工具下载

东方6218 · 发表于 2025-1-7 18:56:24

　　【工具】switch《Custom Hiyoko NSP Creator》自制GB和GBC NSP文件工具下载，这是一个可以用来自制GB和GBC的nsp文件的工具，大家如果有需要的话，可以来试试它的内容。

　　Custom Hiyoko NSP Creator 自制GB和GBC NSP文件的工具

　　该软件包包含 .bat 脚本，用于使用泄露的 Hiyoko 模拟器创建您自己的 Gameboy/Gameboy Color .nsps。

　　没有提供泄露的文件。不要问。自己找他们。

　　特征：

　　添加自定义游戏rom。 (当然)

　　选择自定义图标艺术。

　　选择自定义游戏名称。

　　使用唯一的 titleid 生成每个游戏，这样您就可以安装所需的所有 GB nsps。

　　自己手动编辑设置或使用基本默认值的选项。

　　调试版本支持。

　　问题：

　　没有存档SRAM 或保存状态。

　　使用条件：

　　A Hiyoko program NCA. (I.E. 01004b90004900##_###########_Program.nca) from the leak.

　　A Hiyoko control NCA. (I.E. 01004b90004900##_###########_Control.nca) from the leak.

　　A normal keys.ini.

　　A dev keys.ini.

　　一旦你有了这些，你可以按照自述文件中的说明放置keys.ini，并创建基本程序和控制文件。

　　完成后，您可以简单地运行“3. Make Custom NSP.bat”并按照说明进行操作。

　　问题与回答

　　提问："

　　这些Program/Control NCA's文件如何使用

　　回答：

　　下面以绿色突出显示的其中之一。或者在需要修补的调试版本的情况下，黄色版本。

01004b9000490000_000017234000_Program.nca	Zelda DX (Debug)
01004b9000490001_0000070ac000_Program.nca	Super Mario Land
01004b9000490002_00000983c000_Program.nca	Super Mario Land (Touch Input v0)
01004b9000490003_000012c30000_Program.nca	Super Mario Land (Touch Input v1)
01004b9000490003_000008470000_Program.nca	Super Mario Land (Touch Input v1)
01004b9000490004_00000356c000_Program.nca	Tetris
01004b9000490005_000005cf0000_Program.nca	Tetris (Touch Input v0)
01004b9000490005_0000322e4000_Program.nca	Zelda DX
01004b9000490006_000013fec000_Program.nca	Tetris (Touch Input v1)
01004b9000490006_000004930000_Program.nca	Tetris (Touch Input v1)
01004b9000490011_00002fa94000_Program.nca	Super Mario Land
01004b9000490011_000030e44000_Program.nca	Super Mario Land
01004b9000490012_000017b10000_Program.nca	Super Mario Land (Touch Input v0)
01004b9000490013_000016760000_Program.nca	Super Mario Land (Touch Input v1)
01004b9000490013_000036898000_Program.nca	Super Mario Land (Touch Input v1)
01004b9000490014_000037c44000_Program.nca	Super Mario Land (Touch Input v2)
01004b9000490014_0000153a0000_Program.nca	Super Mario Land (Touch Input v2)
01004b9000490015_000006d44000_Program.nca	Qix (Touch Input v1) (Debug)
01004b9000490015_0000094b8000_Program.nca	Qix (Touch Input v1) (Debug)
01004b9000490019	Tetris (No Program.nca)
01004b900049001b_00002e6e8000_Program.nca	Tetris (Touch Input v1)
01004b900049001b_0000354f0000_Program.nca	Tetris (Touch Input v1)
01004b900049001c_000033780000_Program.nca	Tetris (Touch Input v2)
01004b900049001c_000034150000_Program.nca	Tetris (Touch Input v2)

　　问：

　　程序的命令参数在哪里?

　　回答：

--help, -h	Print usage and exit
--command=<file>	Use file as the contents of the command line (one arg per line).
--log=<file>, -l<file>	Log to file instead of stdout. Defaults to stdout.
--ask, -a	Ask for a rom and execute it.
--mute, -m	Start ROM with mute sound.
--debug-overlay=[0..n\|none\|metrics\|imgui]	Specify the initial overlay type.
--print-trace	Print execution trace to stdout during execution.

Input Recording:
--delete-previous-record	Delete previous input records (if it exists).
--record-inputs=<filename>	Start or resume the specified input capture.
--replay-inputs=<filename>	Replay the specified input capture and exit.
--input-record-checkpoint-period=<period>	Save checkpoints during input recording at the specified period, in number of guest frames.
--input-record-exit-frame=<frame>	Save a checkpoint during input recording at the specified guest frame and exit.
--input-record-cache=<directory>	Enable checkpoint cache during input recording and set its path the specified directory.
--input-replay-start-frame=<frame index>	Set the input frame to replay from. Defaults to 0.
--input-replay-screenshot-period=<period>	Take guest screenshots during input replay at the specified period, in number of guest frames.
--input-replay-screenshot-path=<path>	The path where replay auto-screenshots will be saved.
--input-replay-print-total-duration	Print the duration of the input replay.
--input-capture-cut-path=<directory>	Set the directory where input capture cuts will be random-inputs.
--extract-inputs=<filename>	Extract an input capture cut from the specified input capture and exit.
--extracted-inputs-filename=<filename>	Set the file path were the extracted input capture cut will be saved.
--extracted-inputs-start=<frame index>	Set the first input frame (included) to extract. Defaults to 0.
--extracted-inputs-end=<frame index>	Set the last input frame (excluded) to extract. Defaults to input capture length.

Saving:
--delete-after-load	Delete save state after a successful load.
--load-state-slot=<index>, -lss<index>	Load save state by index. (takes precedence over --load-state-file)
--load-state-file=<filename>, -lsf<file>	Load save state by filename.
--save-data-backing-file=<filename>, -sdbf<filename>	Use the specified file for save data (SRAM or FDS writes), specifying an empty filename disable save data management.
--save-on-quit=<filename>, -soq<filename>	Save state to the desired location on quit event.

Netplay:
--sync-guest-with-wall, -sgww	Synchronize emulation with wall time.
--sync-guest-with-host", -sgwh	Synchronize emulation with host.
--sync-guest-none, -sgn	Don't synchronize emulation, run as fast as possible.
--netplay-client[=<ip address>], -nc[<ip address>	Act as a slave for Netplay (experimentation), specify the ip of the master.
--netplay-server[=<ip address>], -ns[<ip address>	Act as a master for Netplay (experimentation)
--netplay-disable-prediction, -ndp	Disables prediction and rollback mechanisms in Netplay.
--netplay-max-rollback-frame-count, -nmrfc	Specify the maximum number of frames the netcode will try to rollback.
--netplay-input-delay-min=<N>, -nid<N>	Set minimum input delay (0..60).
--netplay-input-delay-max=<N>, -nidm<N>	Set maximum input delay (0..60).
--netplay-input-delay-up=<N>, -nidu<N>	Count of frames needed for the input delay to be increased by one (accepted values [1..255]).
--netplay-input-delay-down=<N>, -nidd<N>	Count of frames needed for the input delay to be decreased by one (accepted values [1..255])
--netplay-dynamic-input-delay=<N>, -ndid<N>	Set dynamic input delay extra frames.
--netplay-dynamic-input-delay-aggressiveness=<N>, -ndida<N>	Set a the dynamic input delay mechanism aggressiveness from 0(conservative) to 100(relies a lot on rollbacks), default is 50.
--netplay-aggressiveness-begin=<N>, -nab<N>	Set a the dynamic input delay limit when to use aggressiveness (default: 0).
--netplay-delay-uses-standard-deviation, -ndusd	Use standard deviation in dynamic input delay estimation.
--netplay-allow-delayed-connection, -nadc	Start ROM without waiting for clients.
--netplay-restore-delayed-connection, -nrdc	Server will not pause on client disconnection (implies -nadc).
--netplay-both-player-one, -nbp1	Both players control player one.
--netplay-asymmetric, -nasym	Enable Netplay asymmetric feature.
--netplay-asymmetric-hard, -nasymh	Enable Netplay asymmetric feature with hard transitions.
--netplay-asymmetric-rate <N>, -nasymrate<N>	Enable Netplay asymmetric soft transition change rate (final value: rate / 1000, default: 10)
--netplay-asymmetric-period, -nasymperiod	Enable Netplay asymmetric update period (default: 20)
--netplay-record-log=<path>, -nrec	Record Netplay session.
--netplay-replay-log=<path>, -nrep	Replay Netplay session.

Misc:
--dim-screen-after=<s>	Dim screen after <s> seconds of inactivity.
--volume=<0..100>	Set sound volume (default: 100).
--dump-guest-samples=<filename>	Save guest audio samples in WAV format.
--dump-host-samples=<filename> (-dhs?)	Save host audio samples in WAV format.
--screenshot-write-queue-capacity=<1..n>	Change the capacity of the screenshot queue (default: thread-count * 2 + 1).
--screenshot-write-queue-thread-count=<count>	Change the number of threads allocated to the screenshot write queue, 0 to disable (default: 1).
--screenshot-output-format=[png\|ppm]	Change the format of the screenshots when using the generic screenshot capture code (default: png).
--save-screenshot-on-quit=<filename>, ssoq<filename>	Save screenshot to the desired location on quit event.
--random-inputs	Use random inputs instead of values from physical controllers.
--random-inputs-seed=<0..n>	Change the random inputs seed value (default: 0).
--random-inputs-period=<0..n>	Change the random inputs period in number of frames (default: 10)
--machine-type, -mt<dmg\|mgb\|sgb\|cgb\|agb\|ags>	Emulate the specified hardware.
--execute-boot-rom	Execute the machine boot ROM before cartridge rom.
--display-x3-rgb
--display-x3-bgr
--palette-filename	Use the given file as the monochrome palette. Palette file should contain four 32bit host-endian integers in RGBA byte order.
--enable-dual-vm, -edv	Execute two virtual machines at a time, simulating cable link between them.
--enable-dual-vm-display, -edvd	Enable the other virtual machine display in dual virtual machine mode.
--exit-address=<address>	Exit application when reaching specified guest address (0=disabled).
--reset-sram-file	Reset SRAM after loading it instead of re-using its contents.
--enable-remanence	Enable Remanence Filter.
--enable-colorspace	Enable hardware accurate colorspace.
--enable-dot-matrix	Enable dot matrix grid display (requires scale >= 5 for DMG or >= 8 for MGB, and --enable-colorspace).
--dot-matrix-alpha	Change dot matrix grid alpha (default 127).
--color-temperature=<value>	Adjusts the color vibrance of the monochrome display. (i.e. 3000).
--tactile-inputs=<layout index>	Enable tactile inputs (layouts: 0, 1).

下载地址(由用户壹個亻发布)：

链接: https://pan.baidu.com/s/1PgTezvzYB7s9oPKqgcCsig?pwd=dyyt 提取码: dyyt

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【工具】switch《Custom Hiyoko NSP Creator》自制GB和GBC NSP文件工具下载

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