Could you please rewrite that in this format?

delay$\_$x $=$ zeros$($Order$+1,1)$; $\%$create delay line for input $($x$)$ and initialise to zero

delay$\_$y $=$ zeros$($Order$,1)$; $\%$create delay line for output $($x$)$ and initialise to zero

for i$=1$:length$($y$\_$remaining$)$

for n$=$Order$+1$:$-1$:$2$

delay$\_$x$($n$)=$ delay$\_$x$($n$-1)$; $\%$shift input delay line to the right by $1$ sample $($last sample is forgotten$)$

end

delay$\_$x$(1)=$ y$\_$remaining$($i$)$; $\%$insert most recent input sample at start of delay line

Accumulator $=0$; $\%$zero accumulator

for n$=1$:Order$+1\%$apply forward coefficients $($FIR$)$

Accumulator $=$ Accumulator $+$ b$($n$)*$delay$\_$x$($n$)$; $\%$b$($n$)*$x$($i$-$n$)$

end

for n$=2$:Order$+1\%$apply feedback coefficients

Accumulator $=$ Accumulator $-$ a$($n$)*$delay$\_$y$($n$-1)$; $\%-$a$($n$)*$y$($i$-$n$-1)$

end

IIR$($i$)=$ Accumulator; $\%$output value

for n$=$Order:$-1$:$2$

delay$\_$y$($n$)=$ delay$\_$y$($n$-1)$; $\%$shift output delay line to the right by $1$ sample $($last sample is forgotten$)$

end

delay$\_$y$(1)=$ Accumulator; $\%$store latest output in delay line

end