
During April 2025, Zhanyu Yu developed a realistic fungus and rot propagation system for the EvoEngine repository, focusing on engineering depth and simulation accuracy. Leveraging C++, GLSL, and compute shaders, Zhanyu implemented a feature that models fungal diffusion across segments, optimizing both storage and computation for large-scale simulations. The work included refining propagation mechanics with anisotropy controls and new parameters to capture nuanced growth and environmental interactions, as well as enhancing segment visualization for fungus-related data. By addressing edge-case propagation bugs, Zhanyu improved the stability and realism of ecosystem simulations, delivering business value through more accurate and performant environmental modeling.

Apr 2025 monthly summary for EvoEngine (edisonlee0212/EvoEngine). Focused on delivering realistic fungus and rot propagation with performance and visualization improvements that directly drive engineering realism and business value for ecosystem simulations.
Apr 2025 monthly summary for EvoEngine (edisonlee0212/EvoEngine). Focused on delivering realistic fungus and rot propagation with performance and visualization improvements that directly drive engineering realism and business value for ecosystem simulations.
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