CWare Technologies| | DirectX 9.0c Implementation | DirectX 3.0 Fallback (Hypothetical) | Result | | :--- | :--- | :--- | :--- | | Dynamic Shadows | Stencil shadow volumes or shadow maps | No stencil buffer standard | No shadows; characters appear floating. | | Heat Haze / Water | Pixel shader 2.0 (procedural distortion) | No programmable shaders | Static water texture; no refraction. | | Vegetation (Grass) | Alpha-tested textures with LOD | Alpha testing via legacy blending | Extreme overdraw; frame rate collapses. | | Car Reflections | Cube map environment mapping | No cube maps; emulated via spherical mapping | Incorrect static reflections that rotate with camera. | | Draw Distance | Dynamic LOD + texture streaming | Fixed-point matrix math; 16-bit Z-buffer | Aggressive Z-fighting; geometry pop-in within 30 meters. | 3. Performance Forensics (Emulated) We constructed a test environment using a software wrapper that intercepts DirectX 9 calls and translates them to DirectX 3.0, running on a virtualized Pentium MMX 233MHz with a Voodoo 1 (4MB EDO RAM).
This paper is written in the format of a retrospective digital forensics or historical software engineering analysis, treating the prompt as a hypothetical "lost" or "alternate reality" build of the game. Author: A. Retrospective Analyst Publication Date: April 14, 2026 Journal: Journal of Historical Game Rendering (JHGR) Abstract In the annals of PC gaming history, Grand Theft Auto: San Andreas (Rockstar Games, 2004) natively utilized DirectX 9.0c. However, unsubstantiated references to a “DirectX 3.0” rendering path have appeared in obscure modding forums and corrupted asset leaks. This paper investigates the hypothetical technical implications, performance characteristics, and visual artifacts of forcing a 2004 DirectX 9-era open-world game to execute on the Direct3D 3.0 API (1996). Through a combination of theoretical API mapping, driver emulation, and known hardware limitations of the mid-1990s, we reconstruct the likely catastrophic failures, rendering glitches, and accidental aesthetic outcomes of such a configuration. 1. Introduction DirectX 3.0, released in late 1996, was designed for a hardware landscape dominated by the 3dfx Voodoo, Rendition Vérité, and early NVIDIA RIVA 128. Its feature set lacked transformative technologies required by GTA: San Andreas : hardware transform and lighting (T&L), pixel shaders (introduced in DirectX 8.0), texture compression (S3TC), or even support for 32-bit color in standard mode. The premise of running a 25-million-polygon world (San Andreas) on this API is an exercise in controlled absurdity. This paper posits that such a version, if it existed, would not function as intended but would produce a unique “deconstructed” visual language. 2. API Feature Mapping: A Study in Absence To develop a theoretical DirectX 3.0 renderer for San Andreas , the engine would require fallbacks for every post-1996 feature. gta san andreas directx 3.0