Mirrored Matrices Concepts Tested: iterating through multi-dimensional arrays, functions, function overloading Instructions: 1) Write a SET OF 3 OVERLOADED functions called flipMatrixHorizontal() that takes the following inputs: a) a 2-dimensional array with any number of rows and 3, 4, or 5 columns (this is where the overloading comes in). b) an array to put the fipped array values in c) number of rows d) number of columns The function should reverse the ROWS (rotate around the horizontal axisjof the original array and put the new values in the flipped array. 2) Write a SET OF 3 OVERLOADED functions called flipMatrixvertical) that takes the following inputs: a) a 2-dimensional array with any number of rows and 3, 4, or 5 columns (this is where the overloading comes in). b) an array to put the flipped array values in c) number of rows d) number of columns The function should reverse the COLUMNS (rotate around the vertical axis)jof the original array and put the new values in the flipped array. 3) You should have six functions when complete.
Mirrored Matrices Concepts Tested: iterating through multi-dimensional arrays, functions, function overloading Instructions: 1) Write a SET OF 3 OVERLOADED functions called flipMatrixHorizontal() that takes the following inputs: a) a 2-dimensional array with any number of rows and 3, 4, or 5 columns (this is where the overloading comes in). b) an array to put the fipped array values in c) number of rows d) number of columns The function should reverse the ROWS (rotate around the horizontal axisjof the original array and put the new values in the flipped array. 2) Write a SET OF 3 OVERLOADED functions called flipMatrixvertical) that takes the following inputs: a) a 2-dimensional array with any number of rows and 3, 4, or 5 columns (this is where the overloading comes in). b) an array to put the flipped array values in c) number of rows d) number of columns The function should reverse the COLUMNS (rotate around the vertical axis)jof the original array and put the new values in the flipped array. 3) You should have six functions when complete.
Computer Networking: A Top-Down Approach (7th Edition)
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C++ coding activity week 6
Additional Files: (testcode.h and runTest)
These files will automatically be compiled with your code. You cannot modify them.
COPIABLE CODE:
#include <iostream>
using namespace std;
// Fill in your 6 function definitions here. Empty shells for 2 of the 6 are provided. Start by creating the other 4 empty shells to get the test code to compile. Once the file compiles, start filling in your functions.
void flipMatrixVertical (int originalMatrix[][3], int flippedMatrix[][3], const int NUM_ROWS, const int NUM_COLUMNS){
// YOUR CODE HERE
}
void flipMatrixHorizontal (int originalMatrix[][3], int flippedMatrix[][3], const int NUM_ROWS, const int NUM_COLUMNS){
// YOUR CODE HERE
}
// YOUR CODE HERE (4 more functions)
#include "testcode.h" // for automated grading purposes; do not remove
int main() {
runTest(); //Code for automatic grading. DO NOT REMOVE
}
Transcribed Image Text:Mirrored Matrices
Concepts Tested: iterating through multi-dimensional arrays, functions, function overloading
Instructions:
1) Write a SET OF 3 OVERLOADED functions called flipMatrixHorizontal() that takes the following inputs:
a) a 2-dimensional array with any number of rows and 3, 4, or 5 columns (this is where the overloading comes in).
b) an array to put the flipped array values in
c) number of rows
d) number of columns
The function should reverse the ROWS (rotate around the horizontal axis)of the original array and put the new values in the flipped array.
2) Write a SET OF 3 OVERLOADED functions called flipMatrixVertical() that takes the following inputs:
a) a 2-dimensional array with any number of rows and 3, 4, or 5 columns (this is where the overloading comes in).
b) an array to put the flipped array values in
c) number of rows
d) number of columns
The function should reverse the COLUMNS (rotate around the vertical axis)of the original array and put the new values in the flipped array.
3) You should have six functions when complete.
Example:
Original 3 x 3 matrix:
0 1 2
3 4 5
6 7 8
![Flipped vertically:
2 10
5 4 3
8 7 6
Flipped horizontaly:
6 7 8
3 4 5
0 1 2
Code:
1v #include <iostream>
using namespace std;
// Fill in your 6 function definitions here. Empty shells for 2 of the 6 are provided. Start by creating the other 4 empty
shells to get the test code to compile. Once the file compiles, start filling in your functions.
5- void flipMatrixVertical (int originalMatrix[][3], int flippedMatrix[][3], const int NUM_ROWS, const int NUM_COLUMNS) {
// YOUR CODE HERE
}
8
10 - void flipMatrixHorizontal (int originalMatrix[][ 3], int flippedMatrix[][3], const int NUM_ROWS, const int NUM_COLUMNS ){
11
// YOUR CODE HERE
12
}
13
14
// YOUR CODE HERE (4 more functions)
15
16
17 #include "testcode.h" // for automated grading purposes; do not remove
18
19 int main () {
20
21
runTest (); //Code for automatic grading. DO NOT REMOVE
22
23
Submit
Reset Problem](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2821f563-dabe-464d-a438-fd016e90b9a4%2F89be9c11-5776-49c2-8c68-00725c3ce36b%2Fvkmlus5_processed.png&w=3840&q=75)
Transcribed Image Text:Flipped vertically:
2 10
5 4 3
8 7 6
Flipped horizontaly:
6 7 8
3 4 5
0 1 2
Code:
1v #include <iostream>
using namespace std;
// Fill in your 6 function definitions here. Empty shells for 2 of the 6 are provided. Start by creating the other 4 empty
shells to get the test code to compile. Once the file compiles, start filling in your functions.
5- void flipMatrixVertical (int originalMatrix[][3], int flippedMatrix[][3], const int NUM_ROWS, const int NUM_COLUMNS) {
// YOUR CODE HERE
}
8
10 - void flipMatrixHorizontal (int originalMatrix[][ 3], int flippedMatrix[][3], const int NUM_ROWS, const int NUM_COLUMNS ){
11
// YOUR CODE HERE
12
}
13
14
// YOUR CODE HERE (4 more functions)
15
16
17 #include "testcode.h" // for automated grading purposes; do not remove
18
19 int main () {
20
21
runTest (); //Code for automatic grading. DO NOT REMOVE
22
23
Submit
Reset Problem
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