fittainment
Do a little,Play a little...
Now, exercise while you play! Fittainment is a user-friendly gaming interface designed using Arduino and processing. It involves three kinds of exercises - hand gripper, jumping, and climbing stairs, and there are three apt games associated with each of them, providing mental relaxation along with physical workout, thus providing a wholesome package to the user.
problem statement:
A lot of people neglect their health in today's rat race. Their primary reason isa lack of interest,or they find the exercises too boring. Fittainment solves this problem by providing a whole-new experience of exercising while you play games! An amalgam of many amazing ideas into one!
Gallery
project description:
Team LKG is back and this time with a blast. We present to you, FIttainment, the right balance of video games and physical exercises.
With the help of Arduino and Processing, we have an integration of three video games that are played with a twist. Rather than playing with the keyboard, you now have to give the inputs by doing exercises.
First, we have 'Stack the tile,' which you have to play using the hand gripper. In the second game, Naruto Jump, you literally have to jump on the platform to play the game. And finally, the traditional piano tiles game, which you will now play by climbing a staircase.
The best part, all these inputs are sensed by just using foil paper.
We have also integrated a calorie counter, which keeps track of the calories you burn while playing the game. So pull up your socks, as the next-gen gaming experience is just around the corner.
Link to Resources
All these resources have been uploaded by our team. The refernces used during the making of this project have been duly credited in the proposal Document, Github Repository, Video Description and also at the end of this website.
OUR TEAM: LKG
AYUSH GOYAl
2019236
ayush19236@iiitd.ac.in
gitansh raj satija
2019241
gitansh19241@iiitd.ac.in
hardeekh garg
2019040
hardik19040@iiitd.ac.in
A Special Thanks TO...
This project wouldn't have been possible without constant support and help from our instructor, Professor Aman Parnami, and all the teaching fellows, teaching assistants, and mentors who suggested improvements and helped us develop the idea. Also, we would like to thank Abhijeet Mishra sir, for helping us out in using the resources of DI Lab, which was very important for making the hardware of the project.