Write a Matlab script called yourlastname$\_9\_2.$m that creates a $3$D shape as described below. Using the lecture example eigh'$\_$color$\_$demo$\_1.$m $($available in our Google Shared Drive space$)$ as a guide, set $Nx=15,Ny\frac{?}{b}=ar(6)0,Nz=\frac{5}{b}ar(0)$ and replace the box commands with new box commands using the parameters given in the table below $($each row in the table corresponds to a single call to box. Use the functions preview.p$,$ model$\_$gen.p and model$\_$animate.p $($also available in our Shared Drive space$)$ to view the resulting model. Be sure that these $"$p$"$ files, along with the file box. $p,$ are placed in the same folder as your script.

TABLE $1.$ Parameters for 'box' command, problem $2$

$\backslash$table$[[xmin,$xmax,ymin,ymax,zmin,zmax,$D,$C$],[5,15,20,50,18,40,$true,$\text{'}$y$\text{'}],[5,15,20,50,15,18,$true,$\text{'}$w$\text{'}],[5,15,20,50,10,15,$true,$\text{'}$k$\text{'}],[8,12,15,20,20,24,$true,$\text{'}$w$\text{'}],[8,12,50,55,20,24,$true,$\text{'}$w$\text{'}],[9,11,15,17,10,20,$true,$\text{'}$y$\text{'}],[9,11,53,55,10,20,$true,$\text{'}$y$\text{'}],[9,11,26,29,3,18,$true,$\text{'}$y$\text{'}],[9,11,41,44,3,18,$true,$\text{'}$y$\text{'}],[1,15,25,30,1,3,$true,$\text{'}$k$\text{'}],[1,15,40,45,1,3,$true,$\text{'}$k$\text{'}],[3,4,34,36,8,18,$true,$\text{'}$r$\text{'}],[3,4,24,31,29,36,$true,$\text{'}$w$\text{'}],[3,4,39,46,29,36,$true,$\text{'}$w$\text{'}],[2,3,29,30,34,35,$true,$\text{'}$k$\text{'}],[2,3,44,45,34,35,$true,$\text{'}$k$\text{'}],[1,5,34,36,24,27,$true,$\text{'}$y$\text{'}],[3,4,29,41,20,22,$true,$\text{'}$k$\text{'}],[3,4,26,29,22,24,$true,$\text{'}$k$\text{'}],[3,4,41,44,22,24,$true,$\text{'}$k$\text{'}],[3,4,32,33,21,22,$true,$\text{'}$w$\text{'}],[3,4,37,38,21,22,$true,$\text{'}$w$\text{'}]]$