
Martin Mann developed core gameplay and combat systems for the CodyNava/CrimsonStar repository, focusing on modular ship mechanics, networked turret combat, and environmental hazards. He implemented player movement and camera controls using C# and Unity, refactored input handling for both mouse and gamepad, and introduced physics-based ship motion with Rigidbody2D. Martin designed network-synchronized projectile and explosion systems, leveraging Scriptable Objects for centralized projectile data management. His work included scalable hazard systems like asteroids and explosive barrels, with robust server-side spawning and late-join stability. The engineering approach emphasized maintainability, multiplayer reliability, and extensibility across Unity’s prefab and networking architecture.

Month: 2025-08 — Delivered a new Asteroid Environmental Hazard System and stabilized multiplayer networking. Implemented a complete hazard lifecycle (spawner, movement, scaling, destruction, and collision damage) and addressed server-side despawning and late-join initialization to ensure stable experiences for players joining mid-session. These changes introduce engaging environmental gameplay while improving reliability for online sessions.
Month: 2025-08 — Delivered a new Asteroid Environmental Hazard System and stabilized multiplayer networking. Implemented a complete hazard lifecycle (spawner, movement, scaling, destruction, and collision damage) and addressed server-side despawning and late-join initialization to ensure stable experiences for players joining mid-session. These changes introduce engaging environmental gameplay while improving reliability for online sessions.
July 2025 monthly development summary for CodyNava/CrimsonStar: Focused on strengthening core combat systems, network reliability, and input handling to deliver richer multiplayer gameplay and clearer maintenance pathways. Key features delivered include an Explosion System overhaul with Rocket Projectile integration: a configurable explosion prefab, centralized ExplosionObject properties, and synchronized rocket explosions across clients for consistent visuals and behavior. Environmental Hazards were expanded with networked explosive barrels and new asteroid/nebula hazards, standardizing collision and damage handling to support scalable combat scenarios. A major bug fix improved rocket turret projectile spawning by preferring server initialization when available and gracefully fall back to server-fire when necessary, ensuring reliable spawns under varied server conditions. Turret attack input handling was standardized by weapon group using a switch-based mapping, unifying input detection and removing a deadzone TODO. Overall impact includes more stable multiplayer combat, richer hazard content, reduced edge-case failures, and a cleaner codebase that supports future feature work. Technologies and skills demonstrated include network synchronization, server-authoritative spawning, prefab-based architecture, input-system refactoring, and hazard standardization. Business value realized includes improved player engagement, reduced debugging time, and scalable pathways for QA and telemetry.
July 2025 monthly development summary for CodyNava/CrimsonStar: Focused on strengthening core combat systems, network reliability, and input handling to deliver richer multiplayer gameplay and clearer maintenance pathways. Key features delivered include an Explosion System overhaul with Rocket Projectile integration: a configurable explosion prefab, centralized ExplosionObject properties, and synchronized rocket explosions across clients for consistent visuals and behavior. Environmental Hazards were expanded with networked explosive barrels and new asteroid/nebula hazards, standardizing collision and damage handling to support scalable combat scenarios. A major bug fix improved rocket turret projectile spawning by preferring server initialization when available and gracefully fall back to server-fire when necessary, ensuring reliable spawns under varied server conditions. Turret attack input handling was standardized by weapon group using a switch-based mapping, unifying input detection and removing a deadzone TODO. Overall impact includes more stable multiplayer combat, richer hazard content, reduced edge-case failures, and a cleaner codebase that supports future feature work. Technologies and skills demonstrated include network synchronization, server-authoritative spawning, prefab-based architecture, input-system refactoring, and hazard standardization. Business value realized includes improved player engagement, reduced debugging time, and scalable pathways for QA and telemetry.
June 2025 monthly summary for CodyNava/CrimsonStar: Delivered feature-rich turret systems with networked multiplayer readiness, implemented data-driven projectile configuration, and fixed a critical laser attribution bug. The efforts improved gameplay fairness, balance, and maintainability, enabling faster iteration and deployment of new munitions across the core combat systems.
June 2025 monthly summary for CodyNava/CrimsonStar: Delivered feature-rich turret systems with networked multiplayer readiness, implemented data-driven projectile configuration, and fixed a critical laser attribution bug. The efforts improved gameplay fairness, balance, and maintainability, enabling faster iteration and deployment of new munitions across the core combat systems.
May 2025 Monthly Summary for CodyNava/CrimsonStar: Delivered foundational laser turret capabilities, enhanced turret aiming and input fidelity across devices, and physics-based movement improvements for the player ship. These efforts advance combat readiness, improve player control precision, and reduce runtime issues, contributing to a more scalable and testable codebase.
May 2025 Monthly Summary for CodyNava/CrimsonStar: Delivered foundational laser turret capabilities, enhanced turret aiming and input fidelity across devices, and physics-based movement improvements for the player ship. These efforts advance combat readiness, improve player control precision, and reduce runtime issues, contributing to a more scalable and testable codebase.
April 2025 monthly summary for CodyNava/CrimsonStar focused on delivering core gameplay loops, refining input and camera systems, and establishing a modular health framework for scalable growth. Delivered a cohesive movement and camera experience, mouse-aimed targeting, combat capabilities, and a ship-module health system, while improving repository hygiene to support rapid iteration.
April 2025 monthly summary for CodyNava/CrimsonStar focused on delivering core gameplay loops, refining input and camera systems, and establishing a modular health framework for scalable growth. Delivered a cohesive movement and camera experience, mouse-aimed targeting, combat capabilities, and a ship-module health system, while improving repository hygiene to support rapid iteration.
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