carbonated-dev/o3de
Jul 2025 – Oct 2025
4 Months active
Languages Used
C++JavaScriptPythonQMLTextCMakeGradleObjective-C
Technical Skills
Android DevelopmentAsset ManagementAsset ProcessingBuild SystemBuild SystemsBuild system configuration
VladimirLagutin
PROFILE
Vladimirlagutin
Vladimir Lagutin contributed to the carbonated-dev/o3de repository, focusing on cross-platform graphics and build system enhancements over four months. He developed and refined Android GPU-based device tiering, FPS control, and asset processing workflows, leveraging C++ and Python to improve performance and maintainability. His work included integrating Swappy for Android, optimizing Vulkan rendering and profiling, and implementing configuration-driven feature flags to streamline tuning and reduce risk. By addressing platform-specific bugs and enhancing code quality through refactoring and documentation, Vladimir enabled smoother builds, more reliable diagnostics, and efficient cross-platform deployment, demonstrating depth in low-level graphics programming and system integration throughout the project.
Overall Statistics
Feature vs Bugs
53%Features
Repository Contributions
99Total
Bugs
19
Commits
99
Features
21
Lines of code
3,515
Activity Months4
Your Network
21 peopleSame Organization
@tech-round.com5
Work History
October 2025
29 Commits • 7 Features
Oct 1, 2025October 2025 performance summary for carbonated-dev/o3de. Focused on stability, performance, and observability across Windows, Android, and Vulkan backends. Delivered cross-platform launch and threading stability fixes, improved Vulkan FPS behavior, enhanced GPU statistics collection, and introduced timing/diagnostics features to enable data-driven optimization. Implemented build-time feature flags and configuration-driven knobs to reduce risk and accelerate tuning, while maintaining code quality improvements and error handling improvements across the codebase.
29 Commits • 7 Features
Oct 1, 2025October 2025 performance summary for carbonated-dev/o3de. Focused on stability, performance, and observability across Windows, Android, and Vulkan backends. Delivered cross-platform launch and threading stability fixes, improved Vulkan FPS behavior, enhanced GPU statistics collection, and introduced timing/diagnostics features to enable data-driven optimization. Implemented build-time feature flags and configuration-driven knobs to reduce risk and accelerate tuning, while maintaining code quality improvements and error handling improvements across the codebase.
October 2025
September 2025
17 Commits • 3 Features
Sep 1, 2025Month 2025-09 concise summary for carbonated-dev/o3de focusing on business value and technical achievements. Delivered Android GPU-based device tiering and rendering quality adjustments, Vulkan-based profiling and RenderGraph improvements, stability fixes on Pixel 9 and Mali-G715, and Android quality settings cleanup. The work enhances Android FPS stability, improves cross-platform rendering diagnostics, and simplifies maintenance.
September 2025
17 Commits • 3 Features
Sep 1, 2025Month 2025-09 concise summary for carbonated-dev/o3de focusing on business value and technical achievements. Delivered Android GPU-based device tiering and rendering quality adjustments, Vulkan-based profiling and RenderGraph improvements, stability fixes on Pixel 9 and Mali-G715, and Android quality settings cleanup. The work enhances Android FPS stability, improves cross-platform rendering diagnostics, and simplifies maintenance.
August 2025
27 Commits • 4 Features
Aug 1, 2025August 2025 — Carbonated Dev / O3DE (2025-08) monthly summary. Key outcomes focused on Android stability, FPS control, cross-platform timing, and code quality to drive a smoother user experience and lower maintenance costs. Delivered targeted fixes and platform-wide improvements across MAD-1845, MAD-18528, MAD-18558, and related efforts. Key features delivered: - Swappy integration and FPS control for Android: updated build and CMakeLists, added desired_fps CVAR, and prepared SetDesiredFPSInternal hooks for Metal; - Cross-platform FPS control and VSYNC optimization: modernized FPS CVAR, relocated FPS assignment to WindowContext, implemented DX12 vsync_interval logic, and added Sleep-based timing for Mac/Linux. Major bugs fixed: - MAD-1845 Android build stability: resume from suspend fixes; removal of unnecessary preprocessor usage; cleanup of #ifdef/#if blocks. - MAD-18528 Android CPU profiling: restored original profiling flow (Platform::BeginProfileRegion and budget->BeginProfileRegion) to ensure CPU stats are captured. - FPS messaging: improved error handling by moving from errors to warnings and clarifying messages; related documentation/comment updates. Other improvements: - UI cleanup: removed extra Tabs to simplify UI; - Config and define improvements: updated allowedlist and define conditions, including WindowContext integration. Business value: - Increased Android stability and reliable FPS behavior, providing a smoother end-user experience and more accurate performance telemetry; reduced maintenance overhead via cleaner preprocessor usage, UI simplifications, and clearer code comments. Technologies/skills demonstrated: - Android build systems (CMake), Swappy integration, cross-platform FPS timing strategies (DX12 vsync, Windows/Mac/Linux Sleep-based timing), CPU profiling instrumentation, and code hygiene (allowedlists, defines, and documentation).
27 Commits • 4 Features
Aug 1, 2025August 2025 — Carbonated Dev / O3DE (2025-08) monthly summary. Key outcomes focused on Android stability, FPS control, cross-platform timing, and code quality to drive a smoother user experience and lower maintenance costs. Delivered targeted fixes and platform-wide improvements across MAD-1845, MAD-18528, MAD-18558, and related efforts. Key features delivered: - Swappy integration and FPS control for Android: updated build and CMakeLists, added desired_fps CVAR, and prepared SetDesiredFPSInternal hooks for Metal; - Cross-platform FPS control and VSYNC optimization: modernized FPS CVAR, relocated FPS assignment to WindowContext, implemented DX12 vsync_interval logic, and added Sleep-based timing for Mac/Linux. Major bugs fixed: - MAD-1845 Android build stability: resume from suspend fixes; removal of unnecessary preprocessor usage; cleanup of #ifdef/#if blocks. - MAD-18528 Android CPU profiling: restored original profiling flow (Platform::BeginProfileRegion and budget->BeginProfileRegion) to ensure CPU stats are captured. - FPS messaging: improved error handling by moving from errors to warnings and clarifying messages; related documentation/comment updates. Other improvements: - UI cleanup: removed extra Tabs to simplify UI; - Config and define improvements: updated allowedlist and define conditions, including WindowContext integration. Business value: - Increased Android stability and reliable FPS behavior, providing a smoother end-user experience and more accurate performance telemetry; reduced maintenance overhead via cleaner preprocessor usage, UI simplifications, and clearer code comments. Technologies/skills demonstrated: - Android build systems (CMake), Swappy integration, cross-platform FPS timing strategies (DX12 vsync, Windows/Mac/Linux Sleep-based timing), CPU profiling instrumentation, and code hygiene (allowedlists, defines, and documentation).
August 2025
July 2025
26 Commits • 7 Features
Jul 1, 2025July 2025 monthly summary for carbonated-dev/o3de. Focused on delivering value through improved asset processing, cross‑platform capabilities, and targeted platform automation, while tightening code quality and maintainability across the project. Key features delivered: - AssetProcessorBatch CLI enhancements: added /only_process option and renamed command line arguments to enable separate processing of assets as in the project, improving processing efficiency and clarity. Representative commits: 1f5cf67c9cb8237c4f0fa96ac5f14c3c08fb91f0; 238819e041daa93b87818a9ce575f3e5e25a5b16. - InAppPurchases cross‑platform support check: added runtime verification of InAppPurchases support on the current platform, reducing UX surprises and aligning behavior with platform capabilities. Commit: 7692dfe9be4986027e1b59cb65fd35cde87a0d80. - In-App Purchase: BehaviorContext Event for IsInAppPurchaseSupported: exposed capability as a BehaviorContext Event to enable runtime scripting and feature discovery for IsInAppPurchaseSupported. Commit: 461a8f4a68d0a6e716828a22c0c69f8bbe036f5f. - Android Splash Screen and Orientation Handling Enhancements: improved splash screen overrides and orientation handling with orientation_source variable and validation against VALID_ORIENTATIONS, plus cosmetic improvements. Commits: 360775b031e313a07ba925f27b125b889be32667; a157a2666892ee55544e45b49c6f070136945e49; 06426501fba662cb670e24482da82b63106d03ee; 3056041cc35357c148e7bad6a58c7ff119b34a2e. - Android MinSdk Customization: made Android MinSdk configurable, enabling targeted device support and smoother onboarding for builds. Commit: 9850c836e7cd5437c1683bd769506085556ad422. - Platform validation and allowedlist updates (MAD-17028): extended pal_allowedlist with platform‑specific files, introduced carbonated_pal_allowedlist, fixed indentation and formatting in scripts, and adjusted timing usage in Console.cpp. Commits: db02473566df49344aecc7a95bda636d0eea55a5; 0439df44af60b23fd43f5fd0a95b206fdb3c897d; 19fcce0617cd47b70de4c6d7bdff6dfe7b10f0cd; 5852c6805c92993cfcb420b35233aa73ae451584; d3848dc17db02cbac65875671204b2d62220e104. - PR Hygiene: PR comments addressed and Python code quality improvements to improve maintainability and readability. Commits: b69ca9af8b1adc13d8a97b2f6e63ba49477a74c1; c13afd9cc1b4d6f51d8efc43ab960570f73ad9c6. Major bugs fixed: - Code quality cleanup and minor refactors: series of commits improving comments, local variable naming, and removing tabs for readability and consistency across files. Commits: f6e3b9e482d76bfe75b102afcd78b922dac41994; b89b1f888b2c7238b4cb17ca467ab4dd48d4b968; fb8988a59b21f989118e7fcf77e95ceb7efcf7d1; 7c0674365e22fdab17fe03e053ef4109c3bc9510; 09a32868d87410f9200036cb6787bc665ea430fb; 25b39ec8e1e42ef5a62b2049261e5490f12e09ab; 83efac4172c89de67b1930ea24edf37f5b4bfd02. - MAD-17028 Platform validation updates: improving reliability of platform eligibility checks and allowedlist management to prevent invalid builds across platforms. Commits: db02473566df49344aecc7a95bda636d0eea55a5; 0439df44af60b23fd43f5fd0a95b206fdb3c897d; 19fcce0617cd47b70de4c6d7bdff6dfe7b10f0cd; 5852c6805c92993cfcb420b35233aa73ae451584; d3848dc17db02cbac65875671204b2d62220e104. - Android ToolError Error Handling: replace RuntimeError with AndroidToolError to improve error reporting during Android builds. Commit: 7923bd5aedb680ff001716db526097d12467f4a6. - Remove Debug Info from Android Build: cleanup to reduce debug artifact noise and streamline builds. Commit: 520cfed4c56899efec6423b5831de8b07fec9fe5. - Minor build artifact cleanup and stability refinements accompanying multi‑repo changes. Overall impact and accomplishments: The month was focused on elevating reliability, cross‑platform capabilities, and developer efficiency. Platform validation improvements reduce build risk and ensure correct asset handling across platforms. Asset processing became more selective and faster, while InAppPurchases visibility and behavior are now discoverable and consistent on all targets. Android improvements (splash handling, MinSdk configurability, and build hygiene) enable smoother device targeting, faster iteration, and cleaner artifacts. Together these efforts drive faster delivery cycles, reduced post‑merge defects, and clearer ownership of platform behaviors. Technologies and skills demonstrated: - C++ and Python code quality improvements, refactoring, and script hygiene. - Platform-specific build and validation tooling (pal_allowedlist, azure-like scripts, Console.cpp timing adjustments). - BehaviorContext usage for runtime capability exposure and scripting integration. - CLI design and tooling improvements for asset processing workflows. - Cross‑platform Android build and runtime feature work, including error handling and configuration customization. - Attention to performance and maintainability, evidenced by targeted commit clusters across features and fixes.
July 2025
26 Commits • 7 Features
Jul 1, 2025July 2025 monthly summary for carbonated-dev/o3de. Focused on delivering value through improved asset processing, cross‑platform capabilities, and targeted platform automation, while tightening code quality and maintainability across the project. Key features delivered: - AssetProcessorBatch CLI enhancements: added /only_process option and renamed command line arguments to enable separate processing of assets as in the project, improving processing efficiency and clarity. Representative commits: 1f5cf67c9cb8237c4f0fa96ac5f14c3c08fb91f0; 238819e041daa93b87818a9ce575f3e5e25a5b16. - InAppPurchases cross‑platform support check: added runtime verification of InAppPurchases support on the current platform, reducing UX surprises and aligning behavior with platform capabilities. Commit: 7692dfe9be4986027e1b59cb65fd35cde87a0d80. - In-App Purchase: BehaviorContext Event for IsInAppPurchaseSupported: exposed capability as a BehaviorContext Event to enable runtime scripting and feature discovery for IsInAppPurchaseSupported. Commit: 461a8f4a68d0a6e716828a22c0c69f8bbe036f5f. - Android Splash Screen and Orientation Handling Enhancements: improved splash screen overrides and orientation handling with orientation_source variable and validation against VALID_ORIENTATIONS, plus cosmetic improvements. Commits: 360775b031e313a07ba925f27b125b889be32667; a157a2666892ee55544e45b49c6f070136945e49; 06426501fba662cb670e24482da82b63106d03ee; 3056041cc35357c148e7bad6a58c7ff119b34a2e. - Android MinSdk Customization: made Android MinSdk configurable, enabling targeted device support and smoother onboarding for builds. Commit: 9850c836e7cd5437c1683bd769506085556ad422. - Platform validation and allowedlist updates (MAD-17028): extended pal_allowedlist with platform‑specific files, introduced carbonated_pal_allowedlist, fixed indentation and formatting in scripts, and adjusted timing usage in Console.cpp. Commits: db02473566df49344aecc7a95bda636d0eea55a5; 0439df44af60b23fd43f5fd0a95b206fdb3c897d; 19fcce0617cd47b70de4c6d7bdff6dfe7b10f0cd; 5852c6805c92993cfcb420b35233aa73ae451584; d3848dc17db02cbac65875671204b2d62220e104. - PR Hygiene: PR comments addressed and Python code quality improvements to improve maintainability and readability. Commits: b69ca9af8b1adc13d8a97b2f6e63ba49477a74c1; c13afd9cc1b4d6f51d8efc43ab960570f73ad9c6. Major bugs fixed: - Code quality cleanup and minor refactors: series of commits improving comments, local variable naming, and removing tabs for readability and consistency across files. Commits: f6e3b9e482d76bfe75b102afcd78b922dac41994; b89b1f888b2c7238b4cb17ca467ab4dd48d4b968; fb8988a59b21f989118e7fcf77e95ceb7efcf7d1; 7c0674365e22fdab17fe03e053ef4109c3bc9510; 09a32868d87410f9200036cb6787bc665ea430fb; 25b39ec8e1e42ef5a62b2049261e5490f12e09ab; 83efac4172c89de67b1930ea24edf37f5b4bfd02. - MAD-17028 Platform validation updates: improving reliability of platform eligibility checks and allowedlist management to prevent invalid builds across platforms. Commits: db02473566df49344aecc7a95bda636d0eea55a5; 0439df44af60b23fd43f5fd0a95b206fdb3c897d; 19fcce0617cd47b70de4c6d7bdff6dfe7b10f0cd; 5852c6805c92993cfcb420b35233aa73ae451584; d3848dc17db02cbac65875671204b2d62220e104. - Android ToolError Error Handling: replace RuntimeError with AndroidToolError to improve error reporting during Android builds. Commit: 7923bd5aedb680ff001716db526097d12467f4a6. - Remove Debug Info from Android Build: cleanup to reduce debug artifact noise and streamline builds. Commit: 520cfed4c56899efec6423b5831de8b07fec9fe5. - Minor build artifact cleanup and stability refinements accompanying multi‑repo changes. Overall impact and accomplishments: The month was focused on elevating reliability, cross‑platform capabilities, and developer efficiency. Platform validation improvements reduce build risk and ensure correct asset handling across platforms. Asset processing became more selective and faster, while InAppPurchases visibility and behavior are now discoverable and consistent on all targets. Android improvements (splash handling, MinSdk configurability, and build hygiene) enable smoother device targeting, faster iteration, and cleaner artifacts. Together these efforts drive faster delivery cycles, reduced post‑merge defects, and clearer ownership of platform behaviors. Technologies and skills demonstrated: - C++ and Python code quality improvements, refactoring, and script hygiene. - Platform-specific build and validation tooling (pal_allowedlist, azure-like scripts, Console.cpp timing adjustments). - BehaviorContext usage for runtime capability exposure and scripting integration. - CLI design and tooling improvements for asset processing workflows. - Cross‑platform Android build and runtime feature work, including error handling and configuration customization. - Attention to performance and maintainability, evidenced by targeted commit clusters across features and fixes.
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Quality Metrics
Correctness86.6%
Maintainability86.8%
Architecture81.4%
Performance79.0%
AI Usage21.2%
Skills & Technologies
Programming Languages
C++CMakeGradleJavaScriptObjective-CPythonQMLText
Technical Skills
Android DevelopmentAsset ManagementAsset ProcessingBug FixingBuild SystemBuild System ConfigurationBuild SystemsBuild system configurationC++C++ Build SystemsC++ DevelopmentCMake DevelopmentCode CleanupCode DocumentationCode Formatting
Repositories Contributed To
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