Roguelike Camera Architecture: Multi-Layer Viewport, Spatial Query, and LOD Systems
Traditional single-camera approaches break down in roguelikes because the camera must serve multiple roles simultaneously:
Engine-agnostic systems, ECS, pooling, and architecture.
Traditional single-camera approaches break down in roguelikes because the camera must serve multiple roles simultaneously:
How to separate combat logic from engine APIs so the same damage formulas, status rules, and balance tables run across Phaser, Unity, Godot, and Unreal with only thin adapters.
Roguelike worlds routinely combine enemies, projectiles, status effects, items, traps, and persistent world entities in the same scene. Inheritance-based o
If your roguelike uses large procedural maps, tilemap streaming is not just a rendering optimization. It becomes part of your memory strategy, load-time st
A practical engine-agnostic guide to using event buses and observer-style messaging in roguelike game architecture without turning every system into global state.
An engine-agnostic workflow for using object pools to reduce allocation spikes in real-time games and roguelikes.
How to design crafting, alchemy, and currency systems that give every run a satisfying factory-floor feeling
You built a roguelike. Enemies spawn. But the spawn logic is either a fixed timer ("spawn every 5 seconds") or pure random. The result: some rooms are empt