Customized game creations
Do you have an idea for a fun video game or interactive interface, but don't have the time or skills to develop it? Keur Studio will take care of your project and let you participate in its conception as much as you like.
You can either get actively involved, or let us do, your project will eventually see the light of day.
Here are just a few of the customized projects we've created for teaching purposes.
With several years' experience in AI, Keur Studio can help your game project make the most of it.
No installation is required. Your project is hosted on a web page accessible at the click of a button.
The aim: that your students don't even realize they're learning, just that they're playing.
Keur Studio sets up a dashboard giving an overview of each student's performance.
The game was developed for use by students in a project-based learning (PBL) course on image processing. The aim was to study detection approaches and apply them to video game images, in particular to the vegetables in this game.
The vegetables on this farm tend to grow fast, and rot if not harvested quickly. It's hard to keep up this relentless pace, while dealing with the elements. The money earned from harvesting allows you to upgrade your equipment: a bigger sack to carry more crops, better boots to move faster, or even better seeds to increase crop quality. A scenario mode lets you discover the game's features step by step.
This interface was developed to illustrate the geometric modeling course given by students in the multimedia course at the ENSEEIHT engineering school in Toulouse.
With just a few clicks, you can place points and test different methods of representing curves from these points, and play with certain parameters.
This interface was developed to illustrate the clustering course given by students at the ENSEEIHT engineering school in Toulouse, and more specifically the K-means algorithm.
With just a few clicks, you can choose the number of points and classes you want, then iteratively visualize the successive steps until the algorithm converges.
