iven 2D 273 367 293 0 150 680 654 358 681 593 65 465 647 151 432 612 765 54 492 502 412 265 665 51 135 prted row 2D 0 150 273 293 367 358 593 654 680 681 51 65 135 465 647 54 151 432 612 765 265 412 492 502 665 ranpose of 2D o 358 51 54 265
You can see in the above display, we first sort each row of the 2D array; we then take the transpose of a two D array, i.e., all the row elements becoming the column elements; we then sort each row of the 2D again. If you read the final array, each row is sorted; each column is also sorted. The smallest element obviously is the 1st element of the two D array and the last element is the largest element of a two D array.
Let us now look at the following UML diagram: (Note that additional methods are allowed; proposed methods and instance variable cannot be changed)
Main method firstly constructs a 2D array of certain sizes and then construct a TwoD object and drive the task according to the above runtime interactions and displays.
TwoD class has only one instance variable which is a two D array of numbers ( int or double). The constructor must do some “deep” copying. A copy constructor. The other three methods are obvious in definition: to sort each row, to rotate the 2D array (i.e., change 1st row to 1st column, 2nd row to 2nd column etc.); and to display the 2D array (explore the use of nested enhanced for loops).
![TwoD
1-int00 a
Exam_Q3
+ TwoD(int0 a)
+ TwoD(TwoD td)
+ void sortRow)
+ void transpose0
- static void construct2D(int] a)
+ static void main(String] args)
O+void display2D0](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fdd8f2877-2578-48c0-ab77-5dda294aaf93%2Fcabdc298-5736-46df-8cef-f085305cb1ad%2Fzznq3l8_processed.png&w=3840&q=75)
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