Take the Soccer Ball Example and change it to be an upper left kick
Take the Soccer Ball Example and change it to be an on the moon! (Assume the density of the moon’s atmosphere is virtually zero so that Cd and k1 = 0 and the gravity to be 1.625)
Complex code example with the former soccer ball trajectory (Assume the mass is m=0.145kg, and the pitcher throws 90mph, that is about 40 m/s. Play around with the omega value to see how much you can curve the ball and still make it in the strike zone).
Your job for this example is to edit the given code in order to make it a trajectory for a baseball. The strikezone is already provided through redlines. Assume the pitcher is throwing the ball from 1 unit above the ground (along the z access, edit the initial conditions to match this. Also Edit the eta, theta, vv to make it land in the strike zone.