Generate a matrix containing the Theta Values table as the first plane and the Travel Times table as the second plane.

Choose Specific values for the inputs obtained from your down range and target velocity sensor$,$ and the initial projectile velocity

Write a function that accepts the Theta$/$Travel time matrix, and the down range and target velocity sensors as inputs and outputs the inclination angle ${}_{\text{i}\text{n}\text{c}}$ and target

angle ${}_{tgt}$ required to shoot at target moving across your system's targeting area. The input matrices must be able to accept matrices of any size$($ resolution$)$

Plot the position of the target and the projectile in the system targeting area.

Calculate the distance between your projectile landing point and the position of the target and the momnet of projectile impact.

Include all the code and explanations required to run your implementation in a single Matlab Live file.