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  Path-Intergral function uses a Riemann sum to approximate the path integral and generate a visualization from accelerometer data.

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  Regressions from sampled data.

TheorEz

A powerful computational physics suite for efficiently analyzing large volumes of experimental data.

TheorEz takes computational physics to the next-level by identifying the correlation between real data sets and the underlying mathematical principles. It accompanies this data with an in-depth visualization of the experiment in the form of a 3-D Plot. This plot is calculated using an accelerometer and an approximation of a double path integral, to plot each step of the accelerometer's displacement.

The program accepts easily-created data files which are run through our Regression Algorithm. This algorithm determines the proportionality between variables in an experiment and provides a constant coefficient, which usually cannot be derived without extensive experimental data. The program is also designed to interface with an Arduino to receive data. With these capabilities, TheorEz aims to increase efficiency in the field of computational physics with further applications in graphic design using Motion Plots. TheorEz features parallel processing which makes it scalable and powerful, allowing users to crunch large data files in an efficient manner.

Built With

• arduino
• javascript
• python