Inspiration

  Constantly imagining and manipulating 3D mathematical structures in our heads for class was a bit cumbersome. We believed that if we had a tool like this, our experiences might ease up a bit. 

What it does

After the user enters in a function, the solution creates a 3D visualization of the function and imposes it on a camera feed. This results in a 3D math graph appearing as if it was in real life.

How we built it

The technologies we used were JavaScript, HTML, and CSS. We also made use of helpful libraries such as Three.js and Ar.js.

The main components of the app are: -a string parser, which receives input from the user and formats it; -a calculator, which used the string parser info to calculate points on the graph; -a grapher, which creates a 3D scene, plots the points and creates a mesh; and
-augmented components, which creates the augmented affect

Challenges we ran into:

 -Getting different functions and libraries to work  together  
 -Creating a function to make a mesh based of the points 
 -Security Issues
 -Styling

Accomplishments that we're proud of

 Getting the project done 
 getting the functions to work together 
 Mesh and rendering components producing proper output

What we learned

  JavaScript 
 Web Development 
 Augmented Technologies 
 Business Concepts

What's next for Math IRL

 Advance features 
 International distribution

Built With

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