In a earlier challenge I visualized the trajectory of a ball that I threw vertically into the air with a real-time place, velocity and acceleration plot. Extending upon this challenge, I needed to calculate and visualize a trajectory prediction based mostly on a easy physics mannequin. On this put up, I’ll clarify how I match the mannequin to the measured state of the ball and visualize the anticipated trajectory.
Let’s begin with the physics mannequin for the ball. For simplicity, I’m solely contemplating the vertical motion of the ball, simplifying the issue to a one-dimensional one. Moreover, I’m solely modelling the ball as quickly because it leaves my hand and neglecting any air drag. This merely leaves us with a single fixed power performing on the ball: gravity.
The power is calculated with the mass of the ball and the gravitational acceleration g, which is roughly 9.8m/s², relying on location and altitude. The…
