Given data are stored in lists

month$\_$name $=["$January$",$ "Febrary", "March", "April", "May", "June",

"July", "August", "September", "October","November", "December" $]$

month$\_$day $=[31,29,31,30,31,30,31,31,30,31,30,31]$ # Feb has $29$ days

extra $=[1,4,5,1,3,6,1,4,0,2,5,0]$

week$\_$day $=["$Sun$",$ "Mon", "Tue", "Wed", "Thu", "Fri", "Sat"$]$

# code here

# Define month names

month$\_$name $=\{1$: "January", $2$: 'February', $3$: 'March', $4$: 'April', $5$: 'May', $6$: 'June', $7$: 'July', $8$: 'August', $9$:'September', $10$: 'October', $11$: 'November', $12$: 'December'$\}$

# Define number of days in each month for non$-$leap year and leap year

nly$\_$month$\_$day $=[31,28,31,30,31,30,31,31,30,31,30,31]$

ly$\_$month$\_$day $=[31,29,31,30,31,30,31,31,30,31,30,31]$

# Given $2024$ Jan. $1$ falls on a Mon.

offset$\_$o $=7$

# Get year and month from user input

yyyy $=$ int$($input$("$Please Enter the year you would like to print$(0)$: $"))$

for mm in range$(1,13)$:

# Calculate odd days

day $=($yyyy $-1)\%400$

day $=($day $//100)*5+(($day $\%100)-($day $\%100)//4)+(($day $\%100)//4)*2$

day $=$ day $\%7$

# Calculate number of days in the month

if yyyy $\%4==0$:

d $=$ sum$($ly$\_$month$\_$day$[$:mm$-1])$

else:

d $=$ sum$($nly$\_$month$\_$day$[$:mm$-1])$

# Add odd days and offset to get starting day of the month

day $+=$ d $\%7$

day $=$ day $\%7$

# Print month and year

print$("\{0\}\{1\}".$format$($month$\_$name$[$mm$],$ yyyy$).$center$(200))$

print$("$Sun Mon Tue Wed Thu Fri Sat"$)$

# Print calendar for the month

if mm in $[4,6,9,11]$:

days$\_$in$\_$month $=30$

elif mm $==2$:

if yyyy $\%4==0$:

days$\_$in$\_$month $=29$

else:

days$\_$in$\_$month $=28$

else:

days$\_$in$\_$month $=31$

for i in range$(1,$ days$\_$in$\_$month $+1)$:

if i $==1$:

print$(""*1*$ day, end$="")$

if i $<10$:

print$("",$ end$="")$

print$($i$,$ end$="")$

if $($i $+$ day$)\%7==0$:

print$()$

else:

print$("",$ en