Please add enough comments for key instructions understand it$.$ In MiniMIPS, comments start with a #$.$ For instance,

slt regd, reg$2,$ reg$1$ # if $($reg$2)$ reg$1),$ then regd larr$1,$ else regd larr$0$

$(1)(5$ marks$)$ Given $n$ points in the $4$D space $,$

$y_{n-1},z_{n-1}),$ we use the following formulae to calculate a peculiar point $(w_p,x_p,y_p,z_p),$

which will be used a special application. The peculiar point is defined as follows.

$w_p=\frac{w_0-w_1+w_2-dots{w}_{n-1}}{n}$

$x_p=\frac{x_0-x_1+x_2-dots{x}_{n-1}}{n}$

$y_p=\frac{y_0-y_1+y_2-dots{y}_{n-1}}{n}$

$z_p=\frac{z_0-z_1+z_2-dots{z}_{n-1}}{n}$

Create an assembly program to implement the above formulae. The data segment of your

program should look like the following.

yp: $.$space $4$

# a word result

zp: $,$ space $4$

# a word result

$wp,xp,yp,$ and $zp$ are all integers. Ignore the remainders if there are any.

NOTE: THIS MUST RUN IN QTSIMP $($MINI MIPS$)-$ assembly language. Need the full code, and output should be printed is : $34$

$29$

$39$

$37$