Use a single$-$dimensional array to store the names of the days of the week $($e$.$g$.,$ "Sun", "Mon", "Tue", etc.$).$ This will make it easier to refer to these names dynamically when printing headers.

Use a multi$-$dimensional array to store the day numbers for the entire calendar month. Each row in the array should represent a week, and each column should represent a day of that week.

Refactor Existing Methods:

Refactor the drawMonth$($int month$)$ and drawRow$($int week, int startDay$)$ methods to make use of the multi$-$dimensional array that represents the calendar month. Pre$-$fill the array with day numbers before calling the methods that draw the calendar.

Replace the repeated use of day calculations in the drawMonth$()$ and drawRow$()$ methods with values retrieved from the arrays.

New Method:

Implement a new method called populateCalendarArray$($int$[][]$ calendar$)$ that takes a $2$D array as input and populates it with the appropriate day numbers. Use a nested loop to fill the array, ensuring each row contains $7$ days.

NOTE: When I say "appropriate day numbers," I don't mean that the day of the month has to correspond to the correct day of the week $($for instance, this year $11/13$ is on a Wednesday, but your program doesn't have to get this correct$).$ It's totally fine just to make the first day of the month on the first Sunday. However, if you did make these line up correctly I$\text{'}$d give some extra credit.

Enhanced Calendar Output:

Use the single$-$dimensional array of day names to print the header dynamically.

Use the multi$-$dimensional array to print the day numbers, ensuring the output structure remains visually similar to the Week $2$ version.

Detailed Breakdown:

Single$-$Dimensional Array:

Create an array called dayNames that holds the names of the days of the week.

Use this array to print the calendar header instead of hardcoding the day names.

Multi$-$Dimensional Array:

Create a $2$D array called calendarDays to hold the day numbers for a given month.

Each row should represent a week, and each column should represent a day $($e$.$g$.,$ calendarDays$[0][0]$ should be the first day of the month$).$

Populate the $2$D Array:

Implement the populateCalendarArray$($int$[][]$ calendar$)$ method to fill the calendarDays array with day numbers $(1$ to $31$ or $35,$ depending on the placeholder$).$

Handle any remaining cells with a placeholder value $($e$.$g$.,0$ or empty space$)$ to indicate that they are not part of the month.

Example:

When populating the calendarDays array for any given month, it's fine to just start on Sunday and assume the month has $31$ days, in which case the array should look like:

$[1,2,3,4,5,6,7][8,9,10,11,12,13,14][15,16,17,18,19,20,21][22,23,24,25,26,27,28][29,30,31,0,0,0,0]$

Grading Criteria:

Use of Arrays $(30$ points$)$: Correct implementation of single$-$dimensional and multi$-$dimensional arrays as described.

Refactored Methods $(25$ points$)$: Proper refactoring of existing methods to use the arrays.

New Method Implementation $(20$ points$)$: Correct implementation of populateCalendarArray$().$

Enhanced Output $(15$ points$)$: Calendar output should remain neat, formatted, and similar to the original.

Code Style and Comments $(10$ points$)$: Proper code style, indentation, and comments explaining the purpose of each array and method.

Hints:

You can use nested loops to iterate through the rows and columns of the $2$D array.

Be mindful of how you print placeholders for the days that don$$t exist in a particular month.

Remember that the Calendar class in Java can help you determine the number of days in a month, which can be useful for more dynamic handling of the calendar.

Submission:

Submit your updated Java file as MyCalendarWithArrays.java on Canvas. Ensure the code is well$-$commented and properly forma