CONTEXT / GOAL
Amoeba Metroidvania was the team's first proof of concept for Major Studio Fall. Players switch between a bouncing circle, a spike-resistant square, and an air-drifting line to traverse hazards. The goal was to turn those three forms into a readable movement language rather than present transformation as a standalone feature.
Amoeba Metroidvania 是团队在 Major Studio Fall 中完成的横版形态切换探索原型：圆形可弹跳、方形免疫尖刺、线形可空中漂移，玩家需要即时切换形态穿越地形与机关。目标不是只展示“可以变形”，而是把三种能力组织成玩家能够逐步理解并应用的移动语言。
PERSONAL CONTRIBUTION
I contributed the core shape-transformation logic, level design, environmental puzzles, player-controller optimisation, playtesting, and balance.
我参与核心形态切换逻辑、关卡设计、环境谜题、玩家控制器优化、测试与平衡。
TEACHING → EXPANSION
- 安全教学SAFE ONBOARDING起始房间用场景内的 A / D 与 SPACE 提示，在宽阔、低风险的地面上先建立移动和圆形跳跃。The opening room uses in-world A / D and SPACE prompts in a wide, low-risk space to establish movement and the circle's jump.
- 隔离新规则ISOLATE THE NEW RULE下一房间用 “Learning the Square / Use W to switch” 明确引入方形与切换输入，避免同时抛出过多信息。The next room explicitly introduces the square and the W switch input, keeping the new rule isolated and readable.
- 立即要求应用APPLY IT IMMEDIATELY同一段流程随即加入尖刺和落差，让玩家把“知道按键”转化为移动中的形态判断。Spikes and gaps immediately turn input recognition into a shape decision made during traversal.
ITERATION / RESULT
The main challenge was keeping each form useful without creating a dominant default. Mid-air switching, landing feedback, and controller physics therefore went through repeated tuning.
后续的主要挑战是让每种形态都保持明确用途，又不产生长期占优的默认选择；空中切换、落地反馈与控制器物理因此经过多轮调参。
