Row sort Write a function called CustomSort that takes an nx m 2D array inMat with random integers between -100 and 100 (inclusive), and produces an n x m array called outMat, which consists of sorted values in inMat such that the lowest value in inMat is the (1,1) position in outMat. CustomSort orders the remaining elements from left to right on the first row until the last column, progressing with each row. Hint: The internal functions sort and reshape should be used. Restrictions: Loops should not be used. Ex: inMat = [ 8 19 8 11 17 6 12 16 12 16 2 19 11 16 3]; [outMat] = CustomSort( inMat ) produces outMat = 2 3 6 8 8 11 11 12 12 16 16 16 17 19 19 Function e A Save CReset I MATLAB Documentatio 1 function [outMat] = CustomSort( inMat ) 2 % Takes a 2D array inMat with random integers between (inclusively) -100 and 100, 3 % and produces a n by m array outMat that consists of sorts values 4 % in inMat such that the lowest value in inMat is the (1,1) position 5 % in outMat, and order the remaining elements left to right on 6 % the first row till last column, starting with the next row and so on. 7 8 % Your code goes here % 9 10 end 11 Code to call your function 0 C Reset 1 inMat=randi(10,4,4)-5; 2 [outMat] = CustomSort( inMat )
Row sort Write a function called CustomSort that takes an nx m 2D array inMat with random integers between -100 and 100 (inclusive), and produces an n x m array called outMat, which consists of sorted values in inMat such that the lowest value in inMat is the (1,1) position in outMat. CustomSort orders the remaining elements from left to right on the first row until the last column, progressing with each row. Hint: The internal functions sort and reshape should be used. Restrictions: Loops should not be used. Ex: inMat = [ 8 19 8 11 17 6 12 16 12 16 2 19 11 16 3]; [outMat] = CustomSort( inMat ) produces outMat = 2 3 6 8 8 11 11 12 12 16 16 16 17 19 19 Function e A Save CReset I MATLAB Documentatio 1 function [outMat] = CustomSort( inMat ) 2 % Takes a 2D array inMat with random integers between (inclusively) -100 and 100, 3 % and produces a n by m array outMat that consists of sorts values 4 % in inMat such that the lowest value in inMat is the (1,1) position 5 % in outMat, and order the remaining elements left to right on 6 % the first row till last column, starting with the next row and so on. 7 8 % Your code goes here % 9 10 end 11 Code to call your function 0 C Reset 1 inMat=randi(10,4,4)-5; 2 [outMat] = CustomSort( inMat )
Programming Logic & Design Comprehensive
9th Edition
ISBN:9781337669405
Author:FARRELL
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Chapter6: Arrays
Section: Chapter Questions
Problem 1RQ
Related questions
Question
Please answer in matlab code.
![Row sort
Write a function called CustomSort that takes an n x m 2D array inMat with random integers between -100 and 100 (inclusive), and
produces an n x m array called outMat, which consists of sorted values in inMat such that the lowest value in inMat is the (1,1) position in
outMat. CustomSort orders the remaining elements from left to right on the first row until the last column, progressing with each row.
Hint: The internal functions sort and reshape should be used.
Restrictions: Loops should not be used.
Ex:
inMat =
[
8
19
8
11
17
6.
12
16
12
16
2
19
11
16
2
3];
[outMat]
= CustomSort( inMat )
produces
outMat =
2
3
8
11
11
12
12
16
16
16
17
19
19
Function
법 Save
C Reset
MATLAB Documentation
1 function [outMat]
CustomSort( inMat )
2 % Takes a 2D array inMat with random integers between (inclusively) -100 and 100,
3 % and produces a
n by m array outMat that
consists of sorts values
4 % in inMat such that the lowest value in inMat is the (1,1) position
5 % in outMat, and order the remaining elements left to right on
6 % the first row till last column, starting with the next row and so on.
7
8
% Your code goes here %
| 6
10 end
11
Code to call your function e
C Reset
1 inMat=randi(10,4,4)-5;
2 [outMat] = CustomSort( inMat )](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8de9ecd0-3cc9-475b-b184-ad0ee68f5a8e%2Fe96c1b41-d5b6-4885-9b34-0f2abec47a61%2F0w4y7q_processed.png&w=3840&q=75)
Transcribed Image Text:Row sort
Write a function called CustomSort that takes an n x m 2D array inMat with random integers between -100 and 100 (inclusive), and
produces an n x m array called outMat, which consists of sorted values in inMat such that the lowest value in inMat is the (1,1) position in
outMat. CustomSort orders the remaining elements from left to right on the first row until the last column, progressing with each row.
Hint: The internal functions sort and reshape should be used.
Restrictions: Loops should not be used.
Ex:
inMat =
[
8
19
8
11
17
6.
12
16
12
16
2
19
11
16
2
3];
[outMat]
= CustomSort( inMat )
produces
outMat =
2
3
8
11
11
12
12
16
16
16
17
19
19
Function
법 Save
C Reset
MATLAB Documentation
1 function [outMat]
CustomSort( inMat )
2 % Takes a 2D array inMat with random integers between (inclusively) -100 and 100,
3 % and produces a
n by m array outMat that
consists of sorts values
4 % in inMat such that the lowest value in inMat is the (1,1) position
5 % in outMat, and order the remaining elements left to right on
6 % the first row till last column, starting with the next row and so on.
7
8
% Your code goes here %
| 6
10 end
11
Code to call your function e
C Reset
1 inMat=randi(10,4,4)-5;
2 [outMat] = CustomSort( inMat )
![Dizzy Shift
Write a function called Shifter that takes a 2D array inArray and i) creates an array circLeft that contains the circular left shift by one
position of all the columns of inArray in a 2D array, ii) creates an array called circUp that contains the circular up shift by one position of all
the rows of inArray, and iii) creates an array called circ2x that first circularly shifts the columns of inArray by one position, and with the
resulting array, shifts all the rows up by one position. The function must operate on a 2D array of any size.
Hint: Array indexing, single colon and end should be used.
Restrictions: For loops, while loops, circshift, and any other internal functions should not be used.
Ex:
inArray
[6,7,4;
10,1,5;
2,9,5];
[ circleft, circUp, circ2x ] = Shifter( inArray )
produces
circLeft =
7
4
1
10
5
circup =
10
1
2
9
5
7
4
circ2x =
1
5
10
9.
5
7
4
6
Function
A Save
C Reset
I MATLAB Documentation
1 function [ circLeft, circUp, circ2x]
Shifter( inArray )
3
% Your code goes here %
4
5 end
Code to call your function e
C Reset
1 inArray
[6,7,4; 10,1,5; 2,9,5];
2 [ circleft, circUp, circ2x ] = Shifter( inArray )](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8de9ecd0-3cc9-475b-b184-ad0ee68f5a8e%2Fe96c1b41-d5b6-4885-9b34-0f2abec47a61%2Fprqanvg_processed.png&w=3840&q=75)
Transcribed Image Text:Dizzy Shift
Write a function called Shifter that takes a 2D array inArray and i) creates an array circLeft that contains the circular left shift by one
position of all the columns of inArray in a 2D array, ii) creates an array called circUp that contains the circular up shift by one position of all
the rows of inArray, and iii) creates an array called circ2x that first circularly shifts the columns of inArray by one position, and with the
resulting array, shifts all the rows up by one position. The function must operate on a 2D array of any size.
Hint: Array indexing, single colon and end should be used.
Restrictions: For loops, while loops, circshift, and any other internal functions should not be used.
Ex:
inArray
[6,7,4;
10,1,5;
2,9,5];
[ circleft, circUp, circ2x ] = Shifter( inArray )
produces
circLeft =
7
4
1
10
5
circup =
10
1
2
9
5
7
4
circ2x =
1
5
10
9.
5
7
4
6
Function
A Save
C Reset
I MATLAB Documentation
1 function [ circLeft, circUp, circ2x]
Shifter( inArray )
3
% Your code goes here %
4
5 end
Code to call your function e
C Reset
1 inArray
[6,7,4; 10,1,5; 2,9,5];
2 [ circleft, circUp, circ2x ] = Shifter( inArray )
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