UCM-FDI-DISIA/Carom
Feb 2025 – May 2025
4 Months active
Languages Used
C++MarkdownCMakeSVGCJSONSpanish
Technical Skills
Build SystemsC++C++ DevelopmentCode OrganizationComponent-Based ArchitectureDocumentation
Diego
PROFILE
Diego
Over four months, Dica Ball developed and enhanced the Carom game engine in the UCM-FDI-DISIA/Carom repository, focusing on gameplay systems, architectural refactoring, and runtime stability. Dica migrated core logic to C++, modernized the entity-component architecture, and improved memory management by transitioning from smart pointers to manual handling. They integrated features such as randomized ball effects, power mechanics, and a random rewards system, while refining physics simulation and UI workflows. Their work included extensive bug fixing, code cleanup, and documentation, resulting in a more maintainable codebase. Dica’s contributions leveraged C++, CMake, and SDL to support scalable, reliable game development.
Overall Statistics
Feature vs Bugs
47%Features
Repository Contributions
135Total
Bugs
42
Commits
135
Features
37
Lines of code
10,163
Activity Months4
Your Network
42 people
Work History
May 2025
40 Commits • 10 Features
May 1, 2025May 2025 (UCM-FDI-DISIA/Carom) delivered core gameplay enhancements, stability improvements, and maintainability gains that support faster iteration and a stronger player experience. Key deliverables include: - Randomized Ball Effects and Physics System: introduced randomized visual effects and ball behavior across scenes, with fixes to ensure proper display and consistent physics. (Commits: 6ebb677f26b5ea82a757183e3da87636839f451c; b1056020a366c5fc0b0690abfc4565480a68da9b; 6d1ebf86f78a510fd849d27b0adb09b8bf957c53; e61813f205f1b7f83e1550506a6178503c0f5aa8; 3b327414a024f2ac7676c03e37d48e33de332075) - Power Mechanics Integration: added/refined power-related interactions to enrich gameplay and player choice. (Commit: 73b05deb15b735d8a852273b23301b51f04809a6) - Code migration to C++: moved Javi's code to a dedicated CPP file to consolidate the core logic and improve performance/maintainability. (Commit: b860d317166b7b23f889b497b90de7460704b5d8) - Fusion system progression and stability: continued integration work with stabilization improvements to reduce regressions. (Commits: 9882246f988702fbd5d2c5787b46c497b70a53b1; 27b492d44a7a68f9982f1fe4afc002963f9bd4f7) - Random rewards system: exposed a random rewards mechanism to enhance player engagement and monetization testing. (Commit: 1223be8c27818cd63b1cc761841672ffd41728f8)
40 Commits • 10 Features
May 1, 2025May 2025 (UCM-FDI-DISIA/Carom) delivered core gameplay enhancements, stability improvements, and maintainability gains that support faster iteration and a stronger player experience. Key deliverables include: - Randomized Ball Effects and Physics System: introduced randomized visual effects and ball behavior across scenes, with fixes to ensure proper display and consistent physics. (Commits: 6ebb677f26b5ea82a757183e3da87636839f451c; b1056020a366c5fc0b0690abfc4565480a68da9b; 6d1ebf86f78a510fd849d27b0adb09b8bf957c53; e61813f205f1b7f83e1550506a6178503c0f5aa8; 3b327414a024f2ac7676c03e37d48e33de332075) - Power Mechanics Integration: added/refined power-related interactions to enrich gameplay and player choice. (Commit: 73b05deb15b735d8a852273b23301b51f04809a6) - Code migration to C++: moved Javi's code to a dedicated CPP file to consolidate the core logic and improve performance/maintainability. (Commit: b860d317166b7b23f889b497b90de7460704b5d8) - Fusion system progression and stability: continued integration work with stabilization improvements to reduce regressions. (Commits: 9882246f988702fbd5d2c5787b46c497b70a53b1; 27b492d44a7a68f9982f1fe4afc002963f9bd4f7) - Random rewards system: exposed a random rewards mechanism to enhance player engagement and monetization testing. (Commit: 1223be8c27818cd63b1cc761841672ffd41728f8)
May 2025
April 2025
19 Commits • 4 Features
Apr 1, 2025April 2025 performance summary for UCM-FDI-DISIA/Carom. Delivered foundational engine and gameplay improvements across Carom, focusing on memory management, scene integration, inventory flow, and boss-mode scaffolding. The month saw substantial refactors, new scene interactions, and key bug fixes that improve stability, performance, and the potential for richer gameplay experiences across deployed features.
April 2025
19 Commits • 4 Features
Apr 1, 2025April 2025 performance summary for UCM-FDI-DISIA/Carom. Delivered foundational engine and gameplay improvements across Carom, focusing on memory management, scene integration, inventory flow, and boss-mode scaffolding. The month saw substantial refactors, new scene interactions, and key bug fixes that improve stability, performance, and the potential for richer gameplay experiences across deployed features.
March 2025
47 Commits • 8 Features
Mar 1, 2025March 2025 (Carom on UCM-FDI-DISIA/Carom) delivered a targeted mix of architectural modernization, gameplay features, and stability improvements. The work emphasizes business value through faster, reliable feature delivery, a cleaner codebase, and stronger runtime stability for end users. Key features delivered: - Core Architecture and Refactor: introduced abstract score/pong-related structures and getters; cleaned up legacy code, and removed redundant components to reduce maintenance burden (commits: 9d2f578494fe2d9dee0d444a71dbf68d5af647eb, df1a38971b053ec351c3c3b7d8a6b00cbfc41761, d0f5973958b7546a8d46ae5379ca09a6c6186ceb, 3136d06b2b55be3e850dd48bf67baebd91c1b06e). - Palos Activation/Functionality: enabled and validated Palos gameplay flow (commit: b6a0214280e3b27e46ae9c72573a71e651cc9ccc). - Explosion Mechanics Implemented: added/refined explosion-related functionality (commit: d2fecf3a146587fbf50ff30956a63f76d186642d). - Stick Input and Physics Enhancements: improved stick input effects, added white-ball friction, and introduced Physics-related components for more realistic gameplay (commits: 3b273b6aba63133874686f3a2681b5611b1bbe84, 0d1d3815c16f7d5baa63e7011b35e13c6a82f439, 1388de6929d8f9242dffc612441686fe6e6c31c2, af59bf223941ecc30f7a14f0015e90ad1ab9aaea). - Inventory Update Improvements: refreshed inventory handling with synchronized updates (commits: bba9cbd4d550a71a75a2ce775d9a8dfd5bbc235c, b4b3e3eb95770f914545bac1f3b91176a015e13b). - UI Text Display Enhancements: improved on-screen text display and scene text augmentation (commit: 036929467b78663b2e83bda56eddaa9f4ff85776). - Testing/Verification: conducted a placeholder/testing commit to validate workflow (commit: cbf00f5b381101bdab583d74b0bfcf0b81bc41bc). Major bugs fixed: - Score System Reliability: multiple fixes to ensure counting is correct and formatting is stable (commits: 34a5b79d06abfb6a6353b5718fb436848d27aebc, 9a3c5d00a1fe4f78efee51f4bde162e5ce3d9937, 06596a0f61c18e9602bc3f7cc9831b1364e20b7e, c90b3b1782ebcb072ea5a67325a0038e10d33a3f). - System Stability, Crashes, and Recovery: grouped fixes addressing crashes, instability, and failed runs to restore reliable operation (commits: ad398bbd8c4bc3703449ae5c343b8f5b5961abb2, f589d4ff6a465e62caab9f01bce0fc482669bb27, cf029a057697d8951781e53b5f4b92435c67dcc3, 98550cbba9c6578a361d04fa4654abb256c230e3, 65735e85d9914b010cfb821149cfc73afd15f294, 4b023654aff2a466f636c39b6f375e12397e721a). - Explosion Components Missing and Validation: ensured components are present for explosion-related features (commit: b0bee5470555af3c4c915285e35868ec879b4e2c). - Terminal Velocity / Ball Physics: addressed balls stopping at terminal velocity to ensure consistent physics (commit: 2e420e8ab4f2d6cf36d1da0cac52f0e9f418fb9e). - Inventory Existence Checks: validated inventory existence checks to prevent null references (commits: b3a7bf01faf5478990ec0efeef0bba7d3b913481, 621cf2a008d0db00df1a4687f4ccda42efe5efbb). - Placeholder/Noise Cleanup: removed or flagged placeholder/test commits to improve repository hygiene (commits: 132bdc56ad1eb07b63d80484c86140b2bb4f1e2b, 8d5152a2a017dc900521a5ec4f129cacb819551f, e9545740715332b71754b48df3a7897cad6a6099, 62cb66e5a3f4de2dc77360ba053edccefa5f668f). Overall impact and accomplishments: - Business value: delivered faster, more reliable feature delivery with reduced maintenance overhead; improved user experience through UI/text enhancements and more accurate scoring; stabilized runtime with crash prevention and robust testing signals. - Technical excellence: significant refactor reducing technical debt, improved input/physics fidelity, cleaner component architecture, and better inventory/state management. - Collaboration and process: consolidated across multiple areas (UI, physics, core architecture, and gameplay logic) to deliver cohesive updates in a single release cycle. Technologies and skills demonstrated: - Object-oriented design and architectural refactoring (abstract classes, getters, removal of legacy ECS components). - Gameplay systems integration: stick input, friction, and box-based paddle components; explosion mechanics. - Reliability engineering: crash prevention, stability improvements, and robust scoring logic. - Data integrity and inventory management: synchronized updates and existence checks. - Code hygiene and verification: removal of placeholders and churn, improved commit quality, and targeted testing. This report reflects deliverables and fixes across the UCM-FDI-DISIA/Carom repository for March 2025, with clear alignment to business goals and future maintenance readiness.
47 Commits • 8 Features
Mar 1, 2025March 2025 (Carom on UCM-FDI-DISIA/Carom) delivered a targeted mix of architectural modernization, gameplay features, and stability improvements. The work emphasizes business value through faster, reliable feature delivery, a cleaner codebase, and stronger runtime stability for end users. Key features delivered: - Core Architecture and Refactor: introduced abstract score/pong-related structures and getters; cleaned up legacy code, and removed redundant components to reduce maintenance burden (commits: 9d2f578494fe2d9dee0d444a71dbf68d5af647eb, df1a38971b053ec351c3c3b7d8a6b00cbfc41761, d0f5973958b7546a8d46ae5379ca09a6c6186ceb, 3136d06b2b55be3e850dd48bf67baebd91c1b06e). - Palos Activation/Functionality: enabled and validated Palos gameplay flow (commit: b6a0214280e3b27e46ae9c72573a71e651cc9ccc). - Explosion Mechanics Implemented: added/refined explosion-related functionality (commit: d2fecf3a146587fbf50ff30956a63f76d186642d). - Stick Input and Physics Enhancements: improved stick input effects, added white-ball friction, and introduced Physics-related components for more realistic gameplay (commits: 3b273b6aba63133874686f3a2681b5611b1bbe84, 0d1d3815c16f7d5baa63e7011b35e13c6a82f439, 1388de6929d8f9242dffc612441686fe6e6c31c2, af59bf223941ecc30f7a14f0015e90ad1ab9aaea). - Inventory Update Improvements: refreshed inventory handling with synchronized updates (commits: bba9cbd4d550a71a75a2ce775d9a8dfd5bbc235c, b4b3e3eb95770f914545bac1f3b91176a015e13b). - UI Text Display Enhancements: improved on-screen text display and scene text augmentation (commit: 036929467b78663b2e83bda56eddaa9f4ff85776). - Testing/Verification: conducted a placeholder/testing commit to validate workflow (commit: cbf00f5b381101bdab583d74b0bfcf0b81bc41bc). Major bugs fixed: - Score System Reliability: multiple fixes to ensure counting is correct and formatting is stable (commits: 34a5b79d06abfb6a6353b5718fb436848d27aebc, 9a3c5d00a1fe4f78efee51f4bde162e5ce3d9937, 06596a0f61c18e9602bc3f7cc9831b1364e20b7e, c90b3b1782ebcb072ea5a67325a0038e10d33a3f). - System Stability, Crashes, and Recovery: grouped fixes addressing crashes, instability, and failed runs to restore reliable operation (commits: ad398bbd8c4bc3703449ae5c343b8f5b5961abb2, f589d4ff6a465e62caab9f01bce0fc482669bb27, cf029a057697d8951781e53b5f4b92435c67dcc3, 98550cbba9c6578a361d04fa4654abb256c230e3, 65735e85d9914b010cfb821149cfc73afd15f294, 4b023654aff2a466f636c39b6f375e12397e721a). - Explosion Components Missing and Validation: ensured components are present for explosion-related features (commit: b0bee5470555af3c4c915285e35868ec879b4e2c). - Terminal Velocity / Ball Physics: addressed balls stopping at terminal velocity to ensure consistent physics (commit: 2e420e8ab4f2d6cf36d1da0cac52f0e9f418fb9e). - Inventory Existence Checks: validated inventory existence checks to prevent null references (commits: b3a7bf01faf5478990ec0efeef0bba7d3b913481, 621cf2a008d0db00df1a4687f4ccda42efe5efbb). - Placeholder/Noise Cleanup: removed or flagged placeholder/test commits to improve repository hygiene (commits: 132bdc56ad1eb07b63d80484c86140b2bb4f1e2b, 8d5152a2a017dc900521a5ec4f129cacb819551f, e9545740715332b71754b48df3a7897cad6a6099, 62cb66e5a3f4de2dc77360ba053edccefa5f668f). Overall impact and accomplishments: - Business value: delivered faster, more reliable feature delivery with reduced maintenance overhead; improved user experience through UI/text enhancements and more accurate scoring; stabilized runtime with crash prevention and robust testing signals. - Technical excellence: significant refactor reducing technical debt, improved input/physics fidelity, cleaner component architecture, and better inventory/state management. - Collaboration and process: consolidated across multiple areas (UI, physics, core architecture, and gameplay logic) to deliver cohesive updates in a single release cycle. Technologies and skills demonstrated: - Object-oriented design and architectural refactoring (abstract classes, getters, removal of legacy ECS components). - Gameplay systems integration: stick input, friction, and box-based paddle components; explosion mechanics. - Reliability engineering: crash prevention, stability improvements, and robust scoring logic. - Data integrity and inventory management: synchronized updates and existence checks. - Code hygiene and verification: removal of placeholders and churn, improved commit quality, and targeted testing. This report reflects deliverables and fixes across the UCM-FDI-DISIA/Carom repository for March 2025, with clear alignment to business goals and future maintenance readiness.
March 2025
February 2025
29 Commits • 15 Features
Feb 1, 2025February 2025 – Carom project: Stable core engine, render/framework groundwork, and architectural refactors that improve reliability, scalability, and developer velocity. Documentation improvements and build-system enhancements support onboarding, knowledge transfer, and CI reliability. These changes position the team to deliver richer gameplay states, UI components, and rendering workflows in upcoming sprints.
February 2025
29 Commits • 15 Features
Feb 1, 2025February 2025 – Carom project: Stable core engine, render/framework groundwork, and architectural refactors that improve reliability, scalability, and developer velocity. Documentation improvements and build-system enhancements support onboarding, knowledge transfer, and CI reliability. These changes position the team to deliver richer gameplay states, UI components, and rendering workflows in upcoming sprints.
Activity
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Quality Metrics
Correctness80.6%
Maintainability81.4%
Architecture77.0%
Performance72.2%
AI Usage20.0%
Skills & Technologies
Programming Languages
CC++CMakeJSONMarkdownSVGSpanish
Technical Skills
AnimationAudio ManagementBug FixingBuild SystemBuild SystemsC++C++ DevelopmentCMakeCallback HandlingCode CleanupCode CommentingCode ManagementCode OrganizationCode RefactoringComponent-Based Architecture
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