Roguelike

Procedural dungeon generation uses BSP-like layouts, room carving, and corridor connectivity to produce replayable maps. You configure generation parameters to output varied dungeon floors with connected rooms for your roguelike prototype.

Meta-progression applies persistent upgrades that affect multiple runs, surviving permadeath. It uses a saveable per-run state model to carry stat modifiers forward, letting players grow stronger across repeated dungeon attempts.

Yes, roguelike loot systems support data-driven configs via ScriptableObjects. You define item definitions, drops, and stat modifiers as configurable assets, enabling faster iteration on loot tables without code changes.

Enemy scaling and boss encounters are tuned using scaled enemies, boss phases, and encounter balancing configurations. You adjust difficulty parameters per floor to maintain consistent challenge progression throughout the dungeon.

Yes, the roguelike patterns support flexible turn systems for turn-based gameplay and cooldown-based actions for real-time action. You choose the combat style that suits your roguelike design within the same code organization framework.

A roguelike dungeon crawler requires organized code modules for the dungeon model, generator, turn system, loot, and meta-progression. This structure pairs with a per-run state model and saveable progress to handle permadeath and persistent upgrades.