
Contributed to the chillingspace/PAIN repository by building core gameplay systems and improving technical foundations over five months. Developed a cross-platform rendering layer and Windows-specific renderer using C++ and OpenGL, integrating shader setup and audio playback for immersive scenes. Enhanced physics simulation with robust grounding, collision stability, and runtime configurability, leveraging Lua scripting for gameplay logic and ImGui for UI controls. Addressed asset management and scene fidelity through descriptor updates and prefab alignment, while refining player movement, hiding mechanics, and environmental interactions. Focused on maintainability and reliability, the work enabled smoother iteration and more realistic, responsive gameplay across platforms.
March 2026: Delivered stability, fidelity, and core gameplay improvements for chillingspace/PAIN, with a focus on stealth mechanics, environmental interactions, and physics tuning. Strengthened player feedback loops and visuals to support smoother play and clearer user outcomes across levels.
March 2026: Delivered stability, fidelity, and core gameplay improvements for chillingspace/PAIN, with a focus on stealth mechanics, environmental interactions, and physics tuning. Strengthened player feedback loops and visuals to support smoother play and clearer user outcomes across levels.
Concise monthly summary for 2026-02 covering chillingspace/PAIN. Highlights include delivered features, fixed critical physics-related bug, and asset management improvements. The changes focus on gameplay realism, reliability, and maintainability, enabling smoother future iterations across the project.
Concise monthly summary for 2026-02 covering chillingspace/PAIN. Highlights include delivered features, fixed critical physics-related bug, and asset management improvements. The changes focus on gameplay realism, reliability, and maintainability, enabling smoother future iterations across the project.
January 2026 (PAIN) — Delivered core physics and mobility improvements to enable more reliable player control and realism, while cleaning up the base to support ongoing development. Key work spanned grounding and movement, rotation and wall interaction, collision stability, and codebase maintenance. The changes reduce movement bugs, prevent geometry penetration, and lay groundwork for future features with cleaner assets and clearer history.
January 2026 (PAIN) — Delivered core physics and mobility improvements to enable more reliable player control and realism, while cleaning up the base to support ongoing development. Key work spanned grounding and movement, rotation and wall interaction, collision stability, and codebase maintenance. The changes reduce movement bugs, prevent geometry penetration, and lay groundwork for future features with cleaner assets and clearer history.
November 2025 highlights: Delivered core physics system integration with ImGuizmo controls and Android support; stabilized RigidBody3D loading/saving by normalizing rotation quats and resetting body IDs to ensure reliable persistence; Strengthened test infrastructure and Android testing pipeline for faster validation; Launched a demo spatial audio and physics test rig with two objects to validate interactions; Implemented runtime configurability for collision layers via ImGui and runtime motion type updates, with continued Jolt/ENtT integration and gravity control work.
November 2025 highlights: Delivered core physics system integration with ImGuizmo controls and Android support; stabilized RigidBody3D loading/saving by normalizing rotation quats and resetting body IDs to ensure reliable persistence; Strengthened test infrastructure and Android testing pipeline for faster validation; Launched a demo spatial audio and physics test rig with two objects to validate interactions; Implemented runtime configurability for collision layers via ImGui and runtime motion type updates, with continued Jolt/ENtT integration and gravity control work.
September 2025 highlights: Implemented a cross-platform rendering layer with a Windows-specific renderer to ensure correct initialization and platform parity, introducing a RendererLayer with shader setup, vertex buffers (VBO/VAO), and a basic colored triangle; refactored to conditionally use WindowsRenderer on Windows. Added an audio system with initialization and playback for background music and footstep sounds, including asset loading and cleanup of graphics resources (VAOs/VBOs). The work includes initial object positioning (cube and camera) to validate rendering and audio pipelines. Commits include: 7b21ed3317277f6e7ffae58d5a6204505c90d3c1; a46809d2213034968f421cf711b46d495cb17214; 69ef5e7509b64ded44f0339300a6dfd076de36e0.
September 2025 highlights: Implemented a cross-platform rendering layer with a Windows-specific renderer to ensure correct initialization and platform parity, introducing a RendererLayer with shader setup, vertex buffers (VBO/VAO), and a basic colored triangle; refactored to conditionally use WindowsRenderer on Windows. Added an audio system with initialization and playback for background music and footstep sounds, including asset loading and cleanup of graphics resources (VAOs/VBOs). The work includes initial object positioning (cube and camera) to validate rendering and audio pipelines. Commits include: 7b21ed3317277f6e7ffae58d5a6204505c90d3c1; a46809d2213034968f421cf711b46d495cb17214; 69ef5e7509b64ded44f0339300a6dfd076de36e0.

Overview of all repositories you've contributed to across your timeline