A downloadable game for Windows
Discover a charming plot of land filled with friendly characters and endless possibilities in Cropgen– a farming adventure where wholesome interactions with charming NPCs, mystical magic, and the beauty of nature come together neat little package. (With a little bow on it, as a treat.)
Cropgen is not really your typical farming game. With its unique procedural generation system, you'll be treated to an ever-evolving experience that offers a virtually infinite variety of exotic plants, enchanting creatures, and engaging dialogues.
Meet a powerful wizard, cultivate an incredible assortment of magical crops, and nurture deep connections with the delightful cast of characters you'll meet along the way. Each NPC has their own story and goals, which will grow and change as you interact with them. Will you befriend the wise wizard, fall in love with the mysterious sorceress, or uncover the secret past of the enigmatic merchant?
As you progress in your adventure, you'll unlock powerful items and spells that will help you shape the world around you. Use your newfound magical abilities to bend time, control the weather, or even summon mythical creatures to aid you in your quest for the ultimate harvest.
- A living, breathing world: Experience a dynamically generated world that evolves and grows with you, providing endless possibilities for exploration and discovery.
- Magical farming: Harness the power of nature and magic to grow otherworldly crops, raise mystical animals, and create enchanted items.
- Engaging NPCs: Form deep and meaningful relationships with a colorful cast of characters, each with their unique backstory and personality.
- Powerful magic: Unlock and wield powerful spells and enchantments to shape your world and overcome challenges.
- Cozy atmosphere: Immerse yourself in a warm and inviting environment filled with beautiful visuals, soothing music, and heartwarming stories.
This game by Sebastien Decuyper was made as part of a bachelor thesis project titled Procedural Generation through Semantic Inference, which can be read here.