News
Welcome to NeoRHDN! This place is still a work-in-progress, so pardon the construction...

Site registration now fixed. Oops!
Views: 435,787
 Sections: Documents | Utilities | ROM Hacks | Games | Translations | Homebrew | Fonts
Site: Main | Rules/FAQ | Discord | Memberlist | Latest posts | Stats | Ranks | Online users
09-20-24 07:33 AM
Guest: Register | Login

NeoRHDN - Hacks - Hack Information

Razor Sword Improvement
Hack of The Legend of Zelda: Majora's Mask
Description
A game play change mostly inspired by a love for the razor sword's design, and dislike of how even the remake gave it the shaft with the 100 swing limit and time travel loss.

Zip contains two patches that can be mixed as desired. One removes the 100 hit limit on the sword, and the other removes the sword being desmithed from time traveling, letting you run around on day 1 with the sword. Both patches can be mixed to turn the razor sword into just a normal sword upgrade that can be done as soon as you get to the mountain smith.

A notice: Savestates will mess with the changes, as they reload the working ram with the savestate's own image. So the functions will be reverted back to the old ones until you save at an owl statue and reload the rom entirely. (Remember, if you SoT the sword will still revert due to the old function being loaded from the savestate. Loading from the main menu, on a freshly opened rom will NOT do this. )

Readme contains details on the opcode changes the hack actually does, so if anyone wants to do this in their own assembly hack they don't need to weed through 4-6 bytes of mysterious changes to do it.
TitleRazor Sword Improvement
GameThe Legend of Zelda: Majora's Mask
Released Bydarklord92
CategoryImprovement
LicenseN/A
Patching InformationNo Special Requirements
GenreAction Adventure
ModsGP
Patch Version1.0
Hack Release Date26 February 2017
ReadmeReadme File
Downloads1375
Last Modified2024-08-15 00:40:08
Source
YoutubeN/A

Download

Screenshots


Acmlmboard v2.5.6+neo (2024-08-13)
© 2005-2024 Acmlm, Emuz, NinCollin, et al.

Page rendered in 0.030 seconds. (657KB of memory used)
MySQL - queries: 24, rows: 323/329, time: 0.026 seconds.