While the specific "RTGI 01702 release fix" may not have comprehensive documentation, the underlying principles of troubleshooting remain consistent: verify your installation, check for game-specific compatibility, and leverage community knowledge for targeted solutions.
Once the 01702 error is resolved and the shader compiles successfully, optimize your settings to prevent future stability crashes:
Tells the shader how "thick" objects are to prevent light from bleeding through thin walls. Enabled rtgi 01702 release fix
Unlike traditional baked lighting, RTGI (Ray Traced Global Illumination) calculates light interaction in real-time. This fix makes the technology more viable for competitive games where visibility in dark areas can be a life-or-death factor and for modders who want a "next-gen" look on older hardware. Ray-Traced Global Illumination - GitHub
Extract the newest and drop them into your Shaders directory, completely overwriting old scripts. 2. Restoring the Depth Buffer (Blank or Grey Screen Fix) While the specific "RTGI 01702 release fix" may
RTGI calculates light bounces by reading your game's underlying 3D structure. If your depth buffer is broken, your game will look normal, but the RTGI debug channel will appear flat, grey, or completely black. Step-by-Step Depth Diagnosis
Once the depth data is cleanly extracted, organize your shader stack properly. An incorrect loading order can process effects blindly, resulting in an unoptimized performance tax. Core Loading Order This fix makes the technology more viable for
The is a specific, highly-regarded iteration of the ReShade Ray Traced Global Illumination (RTGI) shader. Created by Pascal Gilcher (widely known as Marty McFly), this shader physically simulates how light bounces off objects in real-time, bringing high-end lighting effects to games that lack native ray tracing support.
Version 0.17.02 changed how ReShade handles screen-space data and depth buffers. This structural shift causes two primary conflicts: