As gaming graphics evolve, so do the tools used to customize them. , famously known for its powerful DirectX 11 shader manipulation capabilities in games like Genshin Impact , has had to adapt to the new standard: DirectX 12 (DX12).
is a work-in-progress port specifically designed to bring 3DMigoto-like functionality to DX12 games. It is primarily used for stereo 3D fixes but shares the same underlying modding philosophy. UE5 Compatibility
DX11 is a high-level API. The graphics driver handles memory management, resource tracking, and pipeline synchronization behind the scenes. 3DMigoto exploits this by hooking into standard DX11 functions (like DrawIndexed ) to swap textures or disable shaders.
3DMigoto’s primary function is to intercept and modify graphics commands . Its key capabilities include:
: 3DMigoto acts as a wrapper for the DX11 DLL file, intercepting graphics calls to inject custom shaders or textures. Because it is so tightly coupled with DX11 architecture, it does not natively load in strictly DX12 games like Cyberpunk 2077 . 3dmigoto dx12
Because 3DMigoto was built specifically around the architecture of DX11 (utilizing its specific API calls for shader dumping and overriding), it cannot simply be "toggled" to work with DX12. The DX12 Alternative: 3DMigoto G (G-Migoto)
3DMigoto is a software tool created by a community of gamers and developers. It's designed to intercept and modify DX12 API calls, allowing users to customize and enhance their gaming experience. 3DMigoto works by injecting custom shaders, modifying game data, and manipulating DX12 API calls.
Set the key bindings in d3dx.ini to dump shaders (e.g., set a key to dump all active shaders to a folder).
: This is a newer driver that allows users to play DX12 games in "Geo Stereo 3D" on various 3D screens, often used in conjunction with VR mods like UEVR or the RE Framework. Common Use Cases: The "GIMI" Exception As gaming graphics evolve, so do the tools
3DMigoto remains an invaluable tool for legacy and modern DX11 titles, but it . The explicit nature of DirectX 12 requires modern injection frameworks built around Command Lists and Pipeline State Objects. If you are looking to mod a modern DX12 game, redirect your focus toward native engine file unpacking, game-specific memory injectors, or ReShade's extensible DX12 addon framework. If you want to explore further, let me know: Which specific game you are trying to mod.
However, as the gaming industry steadily shifts toward DirectX 12 and the newest Unreal Engine 5 titles, a critical question looms for the modding community:
DX12 PSOs are immutable. To change a shader (e.g., to remove a transparency effect), you cannot edit the compiled bytecode in-place.
Let's create a simple shader that changes the game's color palette. It is primarily used for stereo 3D fixes
3DMigoto cannot simply hook ID3D12GraphicsCommandList::DrawInstanced . By the time that call is made, the PSO is already set, the descriptor heaps are bound, and the root signature is locked. More critically, you cannot insert a new draw call into a closed command list . The list is either in the "recording" state or "executing"—there is no safe pause.
Inject the shader into the game using 3DMigoto.
Injects custom menus and overlays into the game window. The DX12 Compatibility Reality
The graphics pipeline is the sequence of steps that a graphics application takes to render a frame. It includes: