Dungeon Puzzle Poker

Poker and roguelike dungeon crawling have incompatible pacing — one is a single evaluated moment, the other is a long run of accumulating decisions. Fusing them risked a game that was neither.

Made the grid the bridge: enemies are hands placed on a board, and the player clears them by placing and rotating attack shapes to build a stronger hand. Gold buys new shapes and spells that change suits or discard cards, so the run accumulates capability the way a roguelike should while every fight stays a single readable poker evaluation.

• Hybrid Game Design - Combined poker mechanics with roguelike dungeon progression.
• Procedural Generation - Built infinitely replayable dungeons with randomized layouts and enemies.
• Card-Based Combat System - Implemented poker hand evaluation for both player and AI opponents.
• Custom Attack Shape System - Designed multiple grid-based attack patterns with rotation functionality.
• Strategic Resource Management - Created a gold economy for unlocking attack shapes and spells.
• Spell System Design - Developed spells for suit-changing, discarding, and other tactical effects.
• Difficulty Scaling - Balanced an infinite progression system with increasing enemy complexity.
• Grid-Based Enemy Placement - Designed spatial puzzle mechanics where positioning influences outcomes.
• Player Feedback Systems - Integrated visual indicators for possible moves, damage multipliers, and enemy hand previews.
• UI/UX Implementation - Built an intuitive interface for card selection, shape rotation, and spell activation.
• Replayability Focus - Ensured variety and strategic depth across runs through procedural generation and upgrades.
• Rapid Prototyping - Produced a complete, functional game within game jam constraints.

Surfacing the enemy hand and the damage multiplier before committing a move was the change that made the puzzle legible. Without those previews the same mechanics read as random.