Library of Alexandria

Emergent strategy through simple rules

Design and Programming
Solo Project

Overview

This project explores how deep, replayable strategy can emerge from a small set of tightly designed systems. I designed and iterated on a roguelite word game where players build power through synergies, modifiers, and risk-reward decisions, transforming a familiar mechanic into a system with long-term mastery.

Problem/Goal

Word games often rely on static rules and optimal play, leading to shallow replayability
The goal was to create a system where:
- Every run feels distinct and expressive
- Player skill emerges from understanding systems, not memorization
- Strategy evolves dynamically based on the tools a player acquires

Approach / Methodology

Defined a small, legible core loop: play words → score → modify future possibilities
Built layers of systemic modifiers that interact multiplicatively rather than linearly
Prioritized clarity of cause and effect, ensuring players understand why outcomes occur
Iterated rapidly using prototypes and playtesting to tune balance and emergent behavior

Implementation / Systems Design

Core Scoring System:

Designed a modular scoring framework where:
- Base word value is modified by letters, patterns, and run-specific bonuses
- Systems stack in ways that create exponential growth when combined intelligently
Ensured scoring feedback is immediate and readable, reinforcing learning

Run Modifiers & Progression:

Introduced persistent and temporary modifiers that reshape strategy mid-run
Designed upgrades that encourage specialization, forcing players to commit to a direction
Balanced randomness to create surprise without undermining skill

Risk / Reward Dynamics:

Players are frequently asked to choose between:
- Short-term gains vs long-term scaling
- Safe plays vs high-variance outcomes
Designed fail states that teach rather than punish, encouraging experimentation