3dmigoto Dx12 Official
Do not use the classic 3DMigoto 1.3.x. You need the experimental DX12 branch. Look for releases tagged with dx12 or experimental on the official GitHub repositories (e.g., 3DMigoto-DX12 by current maintainers).
Developers can write custom C++ or Shader addons that hook into the DX12 pipeline.
This breaks if the game uses dynamic indexing ( MyTextureArray[randomIndex] ). 3DMigoto DX12 cannot safely replace textures accessed via computed indices.
Game modding relies heavily on runtime injection tools to alter visuals, swap textures, and dump shaders. For years, 3DMigoto has stood as the gold standard for games running on DirectX 11 (DX11). Developed by bo3b and chiri, this open-source tool intercepts communication between a game and the graphics API. It allows developers and hobbyists to alter shaders, remove unwanted visual elements (like green screen backgrounds or UI), and add custom 3D models. 3dmigoto dx12
The DX12 API is a low-level, low-overhead graphics API developed by Microsoft. It provides direct access to the graphics processing unit (GPU), allowing developers to create high-performance graphics applications.
DX12 PSOs are immutable. To change a shader (e.g., to remove a transparency effect), you cannot edit the compiled bytecode in-place.
is a specialized fork of 3DMigoto that replaces the dependency on NVIDIA 3D Vision. Do not use the classic 3DMigoto 1
. If you are trying to use it for a modern game that exclusively uses DX12 (like Cyberpunk 2077
In DX11, shaders and render states can be changed independently on the fly. 3DMigoto relies on this flexibility to inject, dump, or replace specific pixel and vertex shaders during runtime.
3dmigoto is a popular tool used to create custom graphics mods for various games, particularly those using the DirectX 12 (DX12) API. With 3dmigoto, users can modify game graphics, create custom shaders, and enhance overall visual quality. Developers can write custom C++ or Shader addons
3DMigoto changed the game entirely. It allows for:
DirectX 12 is fundamentally different from its predecessor. It gives developers much closer control over the hardware, but this "low-level" access makes intercepting data significantly harder. The predictable pipeline state objects (PSOs) of DX11 were replaced by a much more complex architecture in DX12.
DX11 (Implicit) handles resource tracking and synchronization automatically. DX12 (Explicit) shifts this burden to the developer (or the mod framework), making "universal" injection significantly more complex.
