Please explain what is going on in each step of this matlab code.

$\%$ Step $1$: First we need a date vector from January $1$st$,2024$ to December $31$st$,2024$start$\_$date $=$ datetime$(2024,1,1)$;end$\_$date $=$ datetime$(2024,12,31)$;date$\_$vector $=$ start$\_$date:end$\_$date;$\%$ Step $2$: Trying to find associated days of the weekdays$\_$of$\_$week $=$ day$($date$\_$vector, 'name'$)$;$\%$ Step $3$: Here is how to make a random temperature vectortemperature$\_$max $=120$;temperature$\_$min $=55$;temperature$\_$vector $=($temperature$\_$max $-$ temperature$\_$min$)*$ rand$($size$($date$\_$vector$))+$ temperature$\_$min;$\%$ Step $4$: Creating a string for the weekend daysweekend$\_$days $=$ string$($date$\_$vector$($weekday$($date$\_$vector$)==1|$ weekday$($date$\_$vector$)==7))$;$\%$ Step $5$: Development of more substance to the report$\%($a$)$ Here is a linear plot for weekends in which the temperature is over $100$weekend$\_$indices $=$ find$($temperature$\_$vector $>100$ & $($weekday$($date$\_$vector$)==1|$ weekday$($date$\_$vector$)==7))$;figure;plot$($date$\_$vector$($weekend$\_$indices$),$ temperature$\_$vector$($weekend$\_$indices$),\text{'}-$o$\text{'})$;title$(\text{'}$Weekend Temperatures over $100\text{'})$;xlabel$(\text{'}$Date$\text{'})$;ylabel$(\text{'}$Temperature$\text{'})$;$\%($b$)$ This section is a bar plot showing how many times the temperature is below $85$ in each monthmonths $=$ unique$($month$($date$\_$vector$))$;temperature$\_$below$\_85\_$count $=$ zeros$($size$($months$))$;for i $=1$:numel$($months$)$ month$\_$indices $=$ find$($month$($date$\_$vector$)==$ months$($i$))$; temperature$\_$below$\_85\_$count$($i$)=$ sum$($temperature$\_$vector$($month$\_$indices$)<85)$;endfigure;bar$($months$,$ temperature$\_$below$\_85\_$count$)$;title$(\text{'}$Count of Days with Temperature Below $85$ in Each Month'$)$;xlabel$(\text{'}$Month$\text{'})$;ylabel$(\text{'}$Count$\text{'})$;$\%($c$)$ Here we have two linear plots showing the maximum and minimum temperature in each monthmax$\_$temperature$\_$monthly $=$ accumarray$($month$($date$\_$vector$)\text{'},$ temperature$\_$vector', $[],$ @max$)$;min$\_$temperature$\_$monthly $=$ accumarray$($month$($date$\_$vector$)\text{'},$ temperature$\_$vector', $[],$ @min$)$;figure;plot$($months$,$ max$\_$temperature$\_$monthly, $\text{'}-$o$\text{'},$ 'DisplayName', 'Max Temperature'$)$;hold on;plot$($months$,$ min$\_$temperature$\_$monthly, $\text{'}-$o$\text{'},$ 'DisplayName', 'Min Temperature'$)$;hold off;title$(\text{'}$Monthly Maximum and Minimum Temperatures'$)$;xlabel$(\text{'}$Month$\text{'})$;ylabel$(\text{'}$Temperature$\text{'})$;legend$(\text{'}$Location$\text{'},$ 'best'$)$;