Hunting-Void Incursion

This is a 2D side-scrolling action game in which players wield a lightsaber and utilize dashes to defeat enemies in high-speed combat. Along the way, you will face choices that ask: "How much humanity are you willing to lose to become stronger?" Can you stay true to yourself and make it through as a human? Or will you accept cybernetic enhancements—lasers, double-dashes, and more—to become a half-cyborg, only to find that the dragon-slaying hero has become the demon himself?这是一款2D横版动作游戏，玩家将挥舞光剑，并通过冲刺在高速战斗中击败敌人。在游戏中，你将面临这样的抉择：“为了变得更强大，你愿意失去多少人性？”你能否坚守本心，以人类之躯闯过重重难关？抑或你会接受赛博改造——激光、双闪，乃至更多——从而成为半机械人，却最终发现，那位屠龙的英雄竟已化身为恶魔本身？

My Role: Gameplay Programmer (Core Combat & Systems) 我的角色：玩法程序员（核心战斗与系统）

Key Responsibilities: 主要职责：

• Level Manager: Designed and implemented the overall level control flow, including: 关卡管理器：设计并实现了整体关卡控制流程，包括：
  • Level lifecycle management (start, in-progress, end / result screen); 关卡生命周期管理（开始、进行中、结束/结果界面）；
  • Enemy spawning logic and wave control system; 敌人生成逻辑与波次控制系统；
  • Level state transitions and event-triggering mechanisms; 关卡状态切换与事件触发机制；
  • Player respawn point management and level reset logic; 玩家复活点管理与关卡重置逻辑；
• Enemy State Machine (FSM): Built a finite state machine architecture for enemy AI behaviors, incorporating the following states: 敌人状态机（FSM）：为敌方AI行为构建了有限状态机架构，包含以下状态：
  • Patrol: Random/waypoint-based movement within designated areas with alertness maintenance; 巡逻：在指定区域内进行随机或基于航点的移动，并保持警觉；
  • Chase: Player detection triggers pursuit mode, with dynamically adjusted speed and pathfinding; 追击：玩家被检测到后触发追击模式，速度与路径规划动态调整；
  • Attack: Melee/ranged attack actions and hitbox detection upon entering attack range; 攻击：近战/远程攻击动作，以及进入攻击范围时的命中框检测；
  • Ranged Attack: Aiming, projectile instantiation, and trajectory calculation for ranged combat; 远程攻击：瞄准、发射弹幕及远程战斗的弹道计算；
  • Death: Death animation playback, drop/spawn effects, and entity removal from the scene; 死亡：播放死亡动画、掉落/生成特效，以及从场景中移除实体；
• Projectile System: Implemented projectile spawning, flight trajectory, collision detection, and damage calculation, supporting multiple bullet types (standard, rapid-fire, spread, etc.); 弹道系统：实现了弹丸的生成、飞行轨迹、碰撞检测及伤害计算，支持多种子弹类型（标准弹、速射弹、散弹等）；
• Laser Weapon System: Developed laser weapon logic, including: 激光武器系统：开发了激光武器相关逻辑，包括：
  • Continuous beam rendering (Line Renderer / Raycast); 连续光束渲染（Line Renderer / Raycast）；连续光束渲染（Line Renderer / Raycast）； 连续光束渲染（Line Renderer / Raycast）；
  • Hit detection and damage-over-time (DOT) calculation; 命中检测与持续伤害（DOT）计算；命中检测与持续伤害（DOT）计算； 命中检测与持续伤害（DOT）计算；
  • Overheat / cooldown mechanics with real-time UI feedback; 带有实时UI反馈的过热/冷却机制；
  • Laser interaction with enemies and environment (reflection/piercing, if applicable); 激光与敌人及环境的交互（包括反射/穿透，如适用）；
• UI System: Designed and implemented all user interface elements, including: UI系统：设计并实现了所有用户界面元素，包括：
  • HUD (health, ammunition, skill cooldowns, etc.); HUD（生命值、弹药、技能冷却时间等）；
  • Level start/end screens and result statistics; 关卡开始/结束界面及结果统计；
  • Enemy health bars and status indicators; 敌方血条与状态指示器；
  • Weapon switching and skill shortcut panels; 武器切换与技能快捷面板；
• Code Architecture & Collaboration: Established module interface specifications with the other programmer to ensure low-coupling communication between the Level Manager, AI system, and UI; utilized Git for version control and collaborative development. 代码架构与协作：与其他开发人员共同制定了模块接口规范，确保关卡管理器、AI系统与用户界面之间的低耦合通信；并使用Git进行版本控制与协同开发。

Tech Stack: Godot Engine / GDScript

Project Status: Demo completed, under review, coming soon. 项目状态：演示已完成，正在评审中，即将上线。

Development Cycle: 21 days开发周期：21天

Team:2 Prog, 1 Design, 2 Art, 1 Music

github:https://github.com/TAGEIRIS/Hunting-Void-Incursion