Modular Character Systems Design
Role: Systems UX / User Journey / Interaction Design
Focus: Progressive onboarding, decision-making frameworks, long-term engagement, and character differentiation
Scope: Solo project
Focus: Progressive onboarding, decision-making frameworks, long-term engagement, and character differentiation
Scope: Solo project
overview
A prototype fighting game featuring Mimikyu variants inspired by iconic Pokémon, designed to explore how character identity, progression systems, and engagement structures influence player learning, decision-making, and long-term replayability. Each variant demonstrates a distinct playstyle through both mechanics and presentation.
DESIGN GOALS
Gameplay Identity
Each character variant should offer a distinct playstyle and gameplay role.
Visual Communication
Character and weapon designs should communicate gameplay intent through form, silhouette, and motion.
Meaningful Tradeoffs
Strengths are balanced by weaknesses to encourage different approaches to combat.
Player Expression
Characters, weapons, and progression paths allow players to develop unique playstyles.
CORE SYSTEM STRUCTURE
CHARACTER IDENTITY FRAMEWORK
Combat Mimic explores how gameplay identity can be communicated through distinct character archetypes. Each variant is built around a specific combat role, creating meaningful tradeoffs that influence player choice, strategy, and progression throughout a run.
CHARACTER ARCHETYPE MATRIX
Charizard-Kyu
Mr. Mime-Kyu
Tinkaton-Kyu
Hammer Identity Framework
Hammer variants explore how movement and visual presentation can communicate gameplay intent. Each weapon is designed around a distinct combat behavior, using silhouette, animation, and visual effects to reinforce player expectations and improve readability during combat.
Hammer Identity Matrix
VISUAL LANGUAGE & PLAYER EXPECTATIONS
MAGICAL GIRL HAMMER
Player Expectation
Large overhead slam suggests forgiving targeting and broad impact coverage.
System Reality
Despite the large animation, successful impact requires precise target placement and timing.
UX Tension
Visual scale communicates accessibility, but the mechanic demands accuracy closer to a targeted skill shot.
CHAINSAW HAMMER
Player Expectation
Forward momentum attack appears self-stabilizing and safe for sustained movement.
System Reality
Players must manually disengage or reposition, otherwise the attack can carry them off ledges due to rotational movement.
UX Tension
The weapon visually communicates stability and continuous pressure, while mechanically introducing positional risk and movement commitment.
SCYTHE HAMMER
Player Expectation
Wide spinning motion implies high directional freedom and responsive movement control.
System Reality
Directional influence becomes partially constrained during active spin frames, reducing precise control once momentum begins.
UX Tension
The form suggests responsive movement, but the mechanic prioritizes momentum and area coverage over precise player control.
SIGNATURE MOVEMENT
MAGICAL GIRL HAMMER
A targeted overhead smash that demands precise aim and timing, trading commitment for high damage and advantage on hit.
CHAINSAW HAMMER
A high-speed linear attack that converts momentum into sustained offensive pressure.
SCYTHE HAMMER
A wide 360° attack that trades player control for speed and area coverage.
DESIGN CONSIDERATION
• Additional targeting feedback may be needed to reduce mismatch between perceived and actual hit reliability.
• Current model material treatment remains intentionally lightweight while the project focuses on gameplay identity, modular weapon systems, and rapid iteration workflows. Future iterations may revisit shader complexity and rendering polish.
• The scythe-hammer successfully explored hybrid silhouette concepts, but readability became inconsistent from certain gameplay angles. Future iterations would focus on clarifying silhouette hierarchy while preserving the asymmetrical identity.
engagement system design
Staged encounter progression reduces onboarding complexity, while layered multi-timescale systems sustain long-term engagement through continuous variation across runs and encounters.
Learning Progression
Rather than exposing all mechanics immediately, Combat Mimic introduces encounter archetypes over time. Each encounter serves as an onboarding milestone that progressively teaches core combat concepts while increasing replay variety.
Encounter-Based Onboarding Model
Learning system (controlled exposure)
Engagement Retention
Engagement retention is structured through a branching node-based run system that introduces controlled variability across encounter paths, combat archetypes, and post-encounter build rewards. This ensures each run produces a distinct gameplay trajectory through divergence in both combat scenarios and player build evolution.
Node-Based Engagement Model
Retention system (controlled variability)
NEXT STEPS
UX & Interface Design
Design character selection, inventory, and progression interfaces that improve readability of character stats, build evolution, and player decision-making.
Run Structure & Progression Visualization
Expand supporting systems through node map and achievement tracking screens to better communicate progression and long-term player goals.
Visual Polish & Technical Exploration
Explore parallax background implementation in Unity to strengthen environmental depth and overall presentation quality.
