I used the kinematic equation s = (at^2)/2 + vt +s0 for my calculations. This equation is only valid when acceleration is constant. In our project, acceleration is not constant. However, for very small distances, the acceleration is almost constant. Since our equation calculates distance based on time, this means that small time intervals approximate small distance intervals.
I'll explain the data structures and methods more in class. The discussion in class should happen before this branch is merged into master.
I used the kinematic equation
s = (at^2)/2 + vt +s0for my calculations. This equation is only valid when acceleration is constant. In our project, acceleration is not constant. However, for very small distances, the acceleration is almost constant. Since our equation calculates distance based on time, this means that small time intervals approximate small distance intervals. I'll explain the data structures and methods more in class. The discussion in class should happen before this branch is merged into master.Fixes #17