clc;

clearvars;

close all;

disp$("$Name : HARI KRISHNA A$")$;

disp$("$Roll no: $22$L$115")$;

$\%$inputsignal

n$=-8$:$6$;

x$=[202202202202202]$;

figure$(1)$;

stem$($n$,$x$)$;

xlabel$(\text{'}$n$\text{'})$;

ylabel$(\text{'}$x$[$n$]\text{'})$;

title$(\text{'}$Input signal'$)$;

axis$([$min$($n$)-1$ max$($n$)+1$ min$($x$)-1$ max$($x$)+1])$;

$\%$one period

n$1=0$:$2$;

x$1=[220]$;

ku$=$input$("$Enter the Value Of K :$")$;

$\%$analysis

o$=(2*$pi$)/3$;

a$=[]$;

m$=1$;

for k$=-$ku:ku

s$=0$;

s$1=1$;

for nn$=0$:$2$

s$=$s$+($x$1($s$1).*$exp$(-1$i$*$k$*$o$*$nn$))$;

s$1=$s$1+1$;

end

a$($m$)=(1/3)*$s;

m$=$m$+1$;

end

k$=-$ku:ku;

figure$(2)$;

subplot$(2,1,1)$;

stem$($k$,$abs$($a$))$;

xlabel$(\text{'}$k$\text{'})$;

ylabel$(\text{'}|$ak$|\text{'})$;

title$(\text{'}$Magnitude of ak$\text{'})$;

axis$([$min$($k$)-1$ max$($k$)+1-1$ max$($abs$($a$))+1])$;

subplot$(2,1,2)$;

stem$($k$,$angle$($round$($a$,10)))$;

xlabel$(\text{'}$k$\text{'})$;

ylabel$(\text{'}$Phase$\text{'})$;

title$(\text{'}$Phase of ak$\text{'})$;

axis$([$min$($k$)-1$ max$($k$)+1$ min$($angle$($a$))-1$ max$($angle$($a$))+1])$;

$\%$synthesis

x$2=[]$;

l$=1$;

for n$2=-8$:$6$

s$2=0$;

m$1=1+$ku;

for k$=0$:$2$

s$2=$s$2+($a$($m$1).*$exp$(1$i$*$k$*$o$*$n$2))$;

m$1=$m$1+1$;

end

x$2($l$)=$s$2$;

l$=$l$+1$;

end

figure$(3)$;

subplot$(2,1,1)$;

n$=-8$:$6$;

stem$($n$,$x$)$;

xlabel$(\text{'}$n$\text{'})$;

ylabel$(\text{'}$x$[$n$]\text{'})$;

title$(\text{'}$Input signal'$)$;

axis$([$min$($n$)-1$ max$($n$)+1$ min$($x$)-1$ max$($x$)+1])$;

subplot$(2,1,2)$;

stem$($n$,$round$($x$2,10))$;

xlabel$(\text{'}$n$\text{'})$;

ylabel$(\text{'}$xn$[$n$]\text{'})$;

title$(\text{'}$Input signal using synthesis equation'$)$;

axis$([$min$($n$)-1$ max$($n$)+1$ min$($x$)-1$ max$($x$)+1])$;

convert this MATLAB CODE to python idle code